Car Technology Quotes

You need mountains, long staircases don't make good hikers.

If it were not for certain people's greed for wealth, the highways would be filled with cars powered by the sun, and no one would be starving. Such advances are technologically and physically possible, but apparently not emotionally possible.

Stories set in the Culture in which Things Went Wrong tended to start with humans losing or forgetting or deliberately leaving behind their terminal. It was a conventional opening, the equivalent of straying off the path in the wild woods in one age, or a car breaking down at night on a lonely road in another.

The ultimate concept car will move so fast, even at rest, as to be invisible.

Today," she told it, "death comes to all your circuits. Will it be slow and systematic or fast and brutal?" Considering, she circled it, "Tough decision. I've waited so long for this moment. Dreamed of it." Showing her teeth, she began to roll up her sleeves. "What," Roarke asked from the doorway that connected their work areas, "is that?" "The former bane of my existence. The Antichrist of technology. Do we have a hammer?" Studying the pile on the floor, he walked in. "Several, I imagine, of various types." "I want all of them. Tiny little hammers, big, wallbangers, and everything in between." "Might one ask why?" "I'm going to beat this thing apart, byte by byte, until there's nothing left but dust from the last trembling chip." "Hmmm." Roarke crouched down, examined the pitifully out-of-date system. "When did you haul this mess in here?" "Just now. I had it in the car. Maybe I should use acid, just stand here and watch it hiss and dissolve. That could be good." Saying nothing, Roarke took a small case out of his pocket, opened it, and chose a slim tool. With a few deft moves, he had the housing open. "Hey! Hey! What're you doing?" "I haven't seen anything like this in a decade. Fascinating. Look at this corrosion. Christ, this is a SOC chip system. And it's cross-wired." When he began to fiddle, she rushed over and slapped at his hands. "Mine. I get to kill it." "Get a grip on yourself," he said absently and delved deeper into the guts. "I'll take this into research." "No. Uh-uh. I have to bust it apart. What if it breeds?

I long ago became convinced that the most reliable source for arcane and obscure and seemingly unobtainable information does not lie with the government or law enforcement agencies. Apparently neither the CIA nor the military intelligence apparatus inside the Pentagon had even a slight inkling of the Soviet Union's impending collapse, right up to the moment the Kremlin's leaders were trying to cut deals for their memoirs with New York publishers. Or, if a person really wishes a lesson in the subjective nature of official information, he can always call the IRS and ask for help with his tax forms, then call back a half hour later and ask the same questions to a different representative. So where do you go to find a researcher who is intelligent, imaginative, skilled in the use of computers, devoted to discovering the truth, and knowledgeable about science, technology, history, and literature, and who usually works for dirt and gets credit for nothing? After lunch I drove to the city library on Main and asked the reference librarian to find what she could on Junior Crudup.

But aren't all great quests folly? El Dorado and the Fountain of Youth and the search for intelligent life in the cosmos-- we know what's out there. It's what isn't that truly compels us. Technology may have shrunk the epic journey to a couple of short car rides and regional jet lags-- four states and twelve hundred miles traversed in an afternoon-- but true quests aren't measured in time or distance anyway, so much as in hope. There are only two good outcomes for a quest like this, the hope of the serendipitous savant-- sail for Asia and stumble on America-- and the hope of scarecrows and tin men: that you find out you had the thing you sought all along.

Travelling the road will tell you more about the road than the google will tell you about the road.

When it gets down to it — talking trade balances here — once we've brain-drained all our technology into other countries, once things have evened out, they're making cars in Bolivia and microwave ovens in Tadzhikistan and selling them here — once our edge in natural resources has been made irrelevant by giant Hong Kong ships and dirigibles that can ship North Dakota all the way to New Zealand for a nickel — once the Invisible Hand has taken away all those historical inequities and smeared them out into a broad global layer of what a Pakistani brickmaker would consider to be prosperity — y'know what? There's only four things we do better than anyone else: music movies microcode (software) high-speed pizza delivery

I slammed the door, floored the throttle, and reversed down the road as fast as the old car would go, which was not very. Then I spun the wheel and hit the brakes, backing off the road. I crunched the transfer lever into four-wheel drive and trundled off toward the water. Behind us, the pickup was backing and filling, trying to turn around on the narrow road.

This country is without hope. Even its garbage is clean, its trade lubricated, its traffic pacified. The latent, the lacteal, the lethal - life is so liquid, the signs and messages are so liquid, the bodies and the cars are so fluid, the hair so blond, and the soft technologies so luxuriant, that a European dreams of death and murder, of suicide motels, of orgies and cannibalism to counteract the perfection of the ocean, of the light, of that insane ease of life, to counteract the hyperreality of everything here.

An Urban Indian belongs to the city, and cities belong to the earth. Everything here is formed in relation to every other living and nonliving thing from the earth. All our relations. The process that brings anything to its current form—chemical, synthetic, technological, or otherwise—doesn’t make the product not a product of the living earth. Buildings, freeways, cars—are these not of the earth? Were they shipped in from Mars, the moon? Is it because they’re processed, manufactured, or that we handle them? Are we so different? Were we at one time not something else entirely, Homo sapiens, single-celled organisms, space dust, unidentifiable pre-bang quantum theory? Cities form in the same way as galaxies.

A lot of people ask me where music is going today. I think it's going in short phrases. If you listen, anybody with an ear can hear that. Music is always changing. It changes because of the times and the technology that's available, the material that things are made of, like plastic cars instead of steel. So when you hear an accident today it sounds different, not all the metal colliding like it was in the forties and fifties. Musicians pick up sounds and incorporate that into their playing, so the music that they make will be different.

Others consider us superior because of our cultured ways and intellectual tendencies; our technology lets us drive cars, use word processors and travel great distances by air. Some of us live in air-conditioned houses and we are entertained by the media. We think that we are more intelligent than stone-agers, yet how many modern humans could live successfully in caves, or would know how to light wood fires for cooking, or make clothes and shoes from animal skins or bows and arrows good enough to keep their families fed?

Be a true traveller, don't be a temporary tourist.

As a technology, the book is like a hammer. That is to say, it is perfect: a tool ideally suited to its task. Hammers can be tweaked and varied but will never go obsolete. Even when builders pound nails by the thousand with pneumatic nail guns, every household needs a hammer. Likewise, the bicycle is alive and well. It was invented in a world without automobiles, and for speed and range it was quickly surpassed by motorcycles and all kinds of powered scooters. But there is nothing quaint about bicycles. They outsell cars.

Remember that the key thing about life on earth is change. Cars rust. Paper yellows. Technology dates. Caterpillars become butterflies. Nights morph into days. Depression lifts.

Imagine the uproar when Uber’s cars start arriving without drivers.

Science affects the average man and woman in two ways already. He or she benefits by its application driving a motor-car or omnibus instead of a horse-drawn vehicle, and being treated for disease by a doctor or surgeon rather than a witch.

Like a car, a camera is sold as a predatory weapon—one that’s as automated as possible, ready to spring. Popular taste expects an easy, an invisible technology.

Do you realize it’s been only a century that we’ve been able to go from house to car to office to car to wherever, with the heater on, and the defroster on, protected from the rain and the cold? It hasn’t been much longer than that we’ve had lighting for streets. Think of all that darkness, all that world out there, all that mystery that we’ve turned into well-lighted concrete bunkers, safe and warm and dull.

The result is rather typical of modern technology, an overall dullness of appearance so depressing that it must be overlaid with a veneer of "style" to make it acceptable. And that, to anyone who is sensitive to romantic Quality, just makes it all the worse. Now it's not just depressingly dull, it's also phony. Put the two together and you get a pretty accurate basic description of modern American technology: stylized cars and stylized outboard motors and stylized typewriters and stylized clothes. Stylized refrigerators filled with stylized food in stylized kitchens in stylized homes. Plastic stylized toys for stylized children, who at Christmas and birthdays are in style with their stylish parents. You have to be awfully stylish yourself not to get sick of it once in a while. It's the style that gets you; technological ugliness syruped over with romantic phoniness in an effort to produce beauty and profit by people who, though stylish, don't know where to start because no one has ever told them there's such a thing as Quality in this world and it's real, not style. Quality isn't something you lay on top of subjects and objects like tinsel on a Christmas tree. Real Quality must be the source of the subjects and objects, the cone from which the tree must start.

China’s import of chips—$260 billion in 2017, the year of Xi’s Davos debut—was far larger than Saudi Arabia’s export of oil or Germany’s export of cars. China spends more money buying chips each year than the entire global trade in aircraft. No product is more central to international trade than semiconductors.

You talked about an ungrateful generation whose lives revolve around the technology yours gave us. I just don’t…” I paused. “I just don’t think that’s a useful perspective.” “Clarify.” I straightened in my seat, sitting forward, away from Damon’s touch. “Well, it’s like taking your child to an auto lot to buy a car and being angry when they choose a car,” I explained. “I don’t think it’s right to get aggravated with the public for utilizing conveniences that are made available to them.” He talked about my generation’s “bloated sense of entitlement,” but it went much deeper than that. “But they don’t fully appreciate the convenience of it in their lives,” Professor Cain argued. “Because it’s not a convenience to them,” I shot back, growing stronger. “It’s their normal, because their frame of reference is different than yours was growing up. And we’ll say it’s a convenience when our children have things we didn’t. But again, that won’t be a convenience to them, either. It will be their normal.

The best scenario of all when it comes to air pollution has nothing to do with tailpipe filters or hybrid, electric, or zero emissions car technology. The way to reduce pollution is to reduce driving, plain and simple.

The amount of improvement that has occurred in computer technology in the past half century is truly staggering and unprecedented in other industries. ... If cars had improved at this rate in the same time period, a Rolls Royce would now cost 10 dollars and get a billion miles per gallon. (Unfortunately, it would probably also have a 200-page manual telling how to open the door.)

How strange it was to be inside a machine again! All his life he’d been inside machines, whether he realised it or not. Modern houses were machines. Shopping centres were machines. Schools. Cars. Trains. Cities. They were all sophisticated technological constructs, wired up with lights and motors. You switched them on, and didn’t spare them a thought while they pampered you with unnatural services.

We're at a crucial point in history. We cannot have fast cars, computers the size of credit cards, and modern conveniences, whilst simultaneously having clean air, abundant rainforests, fresh drinking water and a stable climate. This generation can have one or the other but not both. Humanity must make a choice. Both have an opportunity cost. Gadgetry or nature? Pick the wrong one and the next generations may have neither.

Around 2010, Peter Thiel, the PayPal cofounder and early Facebook investor, began promoting the idea that the technology industry had let people down. “We wanted flying cars, instead we got 140 characters” became the tagline of his venture capital firm Founders Fund. In an essay called “What Happened to the Future,” Thiel and his cohorts described how Twitter, its 140-character messages, and similar inventions have let the public down. He argued that science fiction, which once celebrated the future, has turned dystopian because people no longer have an optimistic view of technology’s ability to change the world. I

On the other hand it is possible that human control over the machines may be retained. In that case the average man may have control over certain private machines of his own, such as his car of his personal computer, but control over large systems of machines will be in the hands of a tiny elite -- just as it is today, but with two difference. Due to improved techniques the elite will have greater control over the masses; and because human work will no longer be necessary the masses will be superfluous, a useless burden on the system. If the elite is ruthless the may simply decide to exterminate the mass of humanity. If they are humane they may use propaganda or other psychological or biological techniques to reduce the birth rate until the mass of humanity becomes extinct, leaving the world to the elite. Or, if the elite consist of soft-hearted liberals, they may decide to play the role of good shepherds to the rest of the human race. They will see to it that everyone's physical needs are satisfied, that all children are raised under psychologically hygienic conditions, that everyone has a wholesome hobby to keep him busy, and that anyone who may become dissatisfied undergoes "treatment" to cure his "problem." Of course, life will be so purposeless that people will have to be biologically or psychologically engineered either to remove their need for the power process or to make them "sublimate" their drive for power into some harmless hobby. These engineered human beings may be happy in such a society, but they most certainly will not be free. They will have been reduced to the status of domestic animals.

With technology and everything, compact discs are going to be, like, vintage soon, right? The way vinyl is now. Like, if I ever have kids, they’re going to look at CDs and think, ‘What is this crap, geez, how clunky.’ By then everyone will have the fiftieth edition of iPods—or maybe they’ll just have music downloaded directly into their brains, like with microchips, or something. And I’ll be the old lady in the corner going, ‘Back when I was a kid, we had mix tapes, and floppy disks, and gas didn’t cost twenty bucks a gallon, and oh, yeah, MTV actually played music videos, if you can believe it.’ And they’ll probably say, ‘Oh, Mom, you and your stories, we’re jetting to the oxygen bar, see you later,’ and take off in their flying cars. You know there’ll be flying cars, it’s only a matter of time.

His mind wandered, seeking other examples. People—particularly older ones—still spoke of putting film into a camera, or gas into a car. Even the phrase “cutting a tape” was still sometimes heard in recording studios—though that embraced two generations of obsolete technologies.

Lionel Goettreider read Cats Cradle and had a crucial realization, what he called the "Accident" - when you invent a new technology you also invent the accident of that technology. When you invent the car, you also invent the car accident. [............] The Accident doesn't just apply to technology, it also applies to people. Every person you meet introduces the accident of that person to you. What can go right and what can go wrong. There is no intimacy without consequence.

The marvels of today's modern technology include the development of the soda can, which when discarded will last forever ... and a $7,000 car which when properly cared for will rust out in two or three years." --Guido Sarducci

Every technology has to pass the practicality test before it can achieve widespread market success. The flying car is a great example - the technology has existed for decades, but the widespread application of the technology has not yet become practical.

As a result, we’ve built a culture in which most technological “innovation” is merely figuring out how to scale diversions in new, more efficient (and more intrusive) ways. As the venture capitalist Peter Thiel once said, “We wanted flying cars, instead we got Twitter.

I conclude that there are two ways of constructing a software design: One way is to make it so simple that there are obviously no deficiencies and the other way is to make it so complicated that there are no obvious deficiencies. The first method is far more difficult. It demands the same skill, devotion, insight, and even inspiration as the discovery of the simple physical laws which underlie the complex phenomena of nature. It also requires a willingness to accept objectives which are limited by physical, logical, and technological constraints, and to accept a compromise when conflicting objectives cannot be met. No committee will ever do this until it is too late.

The rain started a few minutes later, a fine mist at first, growing more steady as the miles flew by. The Mercedes hummed along, following the ribbon of road. The night enveloped us, the darkness broken only by the lights on the dash. All the comforts of a womb with the technology of a jet airplane cockpit

robust intelligence may be a liability—especially if by “intelligence” we mean our peculiar self-awareness, all our frantic loops of introspection and messy currents of self-consciousness. We want our self-driving car to be inhumanly focused on the road, not obsessing over an argument it had with the garage.

California has often led the country, indeed the world, in the technology, consumption, trends, lifestyles, and of course, mass entertainment. It is where the car found its earliest and fullest expression, where suburbs blossomed, where going to gym replaced going to church, where forces that lead so many to assume that direct democracy is the wave of the future - declining political parties, telecommuting, new technology, the internet generation 0 are all most well developed in this vast land.

technology industry had let people down. “We wanted flying cars, instead we got 140 characters

Trekking means a travelling experience with a thrilling excitement.

Uber’s drivers are the R&D for Uber’s driverless future. They are spending their labor and capital investments (cars) on their own future unemployment.

Marxism criticizes the world’s dominant economic system, which allows people to amass as much wealth as they can and to spend it as they wish. Should we be surprised that this critique generates backlash? To acquire things and to use them selfishly is a big part of human nature. Technological advances—the new smartphone, the new app, the new car—make each new toy more enticing and addictive. Today technology, more than religion, has become the opium of the people. In developed and developing countries alike, people long to acquire more and consume more.

Isaac Asimov’s speculation—The appliances of 2014 will have no electric cords, of course—was completely reasonable, given the physics and the rate of technological improvement up until then. We really, really should have had atomic batteries by now. And guess what? Your iPhone would never need charging, and your Tesla would have a range of 3.5 million miles. It is a possibility.

Human populations have driven other human populations to the brink of extinction numerous times throughout history. Now the entire species threatens itself with mass suicide. Not because anyone is forcing us to. Not because we don't know better. And not because we don't have alternatives. We are killing ourselves because choosing death is more convenient than choosing life. Because the people committing suicide are not the first to die from it. Because we believe that someday, somewhere, some genius is bound to invent a miracle technology that will change our world so that we don't have to change our lives. Because short-term pleasure is more seductive than long-term survival. Because no one wants to exercise their capacity for intentional behavior until someone else does. Until the neighborhood does. Until the energy and car companies do. Until the federal government does. Until China, Australia, India, Brazil, the U.K. - until the whole world does. Because we are oblivious to the death that we pass every day. "We have to do something" we tell one another, as though reciting the line were enough. "We have to do something" we tell ourselves, and then wait for instructions that are not on the way. We know that we are choosing our own end; we just can't believe it.

the true test of a country’s level of civility has nothing to do with building the tallest skyscraper or driving the fastest car, nor does it matter how advanced your weapons system is or how powerful your military might be; it is also not about how advanced your technology is or even your artistic achievements, and it is especially not related to how lavish your official government meetings are or how splendid your firework displays are, or even how many rich Chinese tourists you have buying up different parts of the world. There is only one true test, and that is how you treat the weakest and most vulnerable members of your society.

When I ask Kim what a capitalist is, he tells me it is someone who is from the city. He says the Khmer Rouge government views science, technology, and anything mechanical as evil and therefore must be destroyed. The Angkar says the ownership of cars and electronics such as watches, clocks, and televisions created a deep class division between the rich and the poor. This allowed the urban rich to flaunt their wealth while the rural poor struggled to feed and clothe their families. These devices have been imported from foreign countries and thus are contaminated. Imports are defined as evil because they allowed foreign countries a way to invade Cambodia, not just physically but also culturally. So now these goods are abolished. Only trucks are allowed to operate, to relocate people and carry weapons to silence any voices of dissent against the Angkar.

The first real threat it faced, today’s ridesharing model, only showed up in the last decade. But that ridesharing model won’t even get ten years to dominate. Already, it’s on the brink of autonomous car displacement, which is on the brink of flying car disruption, which is on the brink of Hyperloop and rockets-to-anywhere decimation. Plus, avatars. The most important part: All of this change will happen over the next ten years.

[...] there is one inexorable law of technology, and it is this: when revolutionary inventions become widely accessible, they cease to be accessible. Technology is inherently democratic, because it promises the same services to all; but it works only if the rich are alone using it. When the poor also adopt technology, it stops working. A train used to take two hours to go from A to B; then the motor car arrived, which could cover the same distance in one hour. For this reason cars were very expensive. But as soon as the masses could afford to buy them, the roads became jammed, and the trains started to move faster. Consider how absurd it is for the authorities constantly to urge people to use public transport, in the age of the automobile; but with public transport, by consenting not to belong to the elite, you get where you're going before members of the elite do.

Thankfully for frustrated women around the world, Tom Schalk, the vice president of voice technology at car navigation system supplier ATX, has come up with a novel solution to fix the ‘many issues with women’s voices’.26 What women need, he said, was ‘lengthy training’ – if only women ‘were willing’ to submit to it. Which, sighs Schalk, they just aren’t. Just like the wilful women buying the wrong stoves in Bangladesh, women buying cars are unreasonably expecting voice-recognition software developers to design a product that works for them when it’s obvious that the problem needing fixing is the women themselves. Why can’t a woman be more like a man?

The Ford Motor Company CEO taunts Reuther by asking, “Walter, how are you going to get these robots to pay union dues?” Reuther comes right back at Ford, asking, “Henry, how are you going to get them to buy your cars?” While

The information technology revolution was not brought about only by the miniaturization of technologies. This was a transition from a supplier-centric, centralized information model to a user-centric, participatory information model.

Even if the technology is successful, the transition to widespread autonomy will be an awkward one: human driving skills may atrophy or disappear, and the reckless and antisocial act of driving a car oneself may be banned altogether.

Good riddance, you might imagine. But the worries about operator-less elevators were quite similar to the concerns we hear today about driverless cars. In fact, I learned something surprising when I was invited to speak to the Otis Elevator Company in Connecticut in 2006. The technology for automatic elevators had existed since 1900, but people were too uncomfortable to ride in one without an operator. It took the 1945 strike and a huge industry PR push to change people’s minds,

I've always been interested in the unintended side effects of technology. For instance, when the car was invented, who would have thought dogs would like sticking their heads out the window to enjoy the scentscape generated by speed and wind?

Maybe for all our technology and fancy talking phones and smart cars, we're still just primitives huddled around the fire- or, ya know, the electronic glow of screens, whatever- trying not to look too closely into the dark where the beasts are.

What I’ve got here are my own constraints. I’m challenging myself, using found objects and making stuff that throws all this computational capacity at, you know, these trivial problems, like car-driving Elmo clusters and seashell toaster-robots. We have so much capacity that the trivia expands to fill it. And all that capacity is junk-capacity, it’s leftovers. There’s enough computational capacity in a junkyard to launch a space-program, and that’s by design. Remember the iPod? Why do you think it was so prone to scratching and going all gunky after a year in your pocket? Why would Apple build a handheld technology out of materials that turned to shit if you looked at them cross-eyed? It’s because the iPod was only meant to last a year!

Every now and then, I'm lucky enough to teach a kindergarten or first-grade class. Many of these children are natural-born scientists - although heavy on the wonder side, and light on skepticism. They're curious, intellectually vigorous. Provocative and insightful questions bubble out of them. They exhibit enormous enthusiasm. I'm asked follow-up questions. They've never heard of the notion of a 'dumb question'. But when I talk to high school seniors, I find something different. They memorize 'facts'. By and large, though, the joy of discovery, the life behind those facts has gone out of them. They've lost much of the wonder and gained very little skepticism. They're worried about asking 'dumb' questions; they are willing to accept inadequate answers, they don't pose follow-up questions, the room is awash with sidelong glances to judge, second-by-second, the approval of their peers. They come to class with their questions written out on pieces of paper, which they surreptitiously examine, waiting their turn and oblivious of whatever discussion their peers are at this moment engaged in. Something has happened between first and twelfth grade. And it's not just puberty. I'd guess that it's partly peer pressure not to excel - except in sports, partly that the society teaches short-term gratification, partly the impression that science or mathematics won't buy you a sports car, partly that so little is expected of students, and partly that there are few rewards or role-models for intelligent discussion of science and technology - or even for learning for it's own sake. Those few who remain interested are vilified as nerds or geeks or grinds. But there's something else. I find many adults are put off when young children pose scientific questions. 'Why is the Moon round?', the children ask. 'Why is grass green?', 'What is a dream?', 'How deep can you dig a hole?', 'When is the world's birthday?', 'Why do we have toes?'. Too many teachers and parents answer with irritation, or ridicule, or quickly move on to something else. 'What did you expect the Moon to be? Square?' Children soon recognize that somehow this kind of question annoys the grown-ups. A few more experiences like it, and another child has been lost to science.

He held up a DVD in a blue cardboard envelope, which bore Pete’s distinctive scrawl. “Can’t believe the technology.” “If I have a good Christmas I’ll buy myself a DVD player. Still have a year of car payments left.” She paused. “Prices keep coming down.

The Tower is not a sacred monument, and no taboo can forbid a commonplace life to develop there, but there can be no question, nonetheless, of a trivial phenomenon here; the installation of a restaurant on the Tower, for instance ... The Eiffel Tower is a comfortable object, and moreover, it is in this that it its an object wither very old (analogous, for instance, to the Circus) or very modern (analogous to certain American institutions such as the drive-in movie, in which one can simultaneously enjoy the film, the car, the food, and the freshness of the night air). Further, by affording its visitor a whole polyphony of pleasures, from technological wonder to haute cuisine, including the panorama, the Tower ultimately reunites with the essential function of all major human sites: autarchy; the Tower can live on itself: one can dream there, eat there, observe there, understand there, marvel there, shop there, as on an ocean liner (another mythic object that sets children dreaming), one can feel oneself cut off from the world and yet the owner of a world.

Insight, then. Wisdom. The quest for knowledge, the derivation of theorems, science and technology and all those exclusively human pursuits that must surely rest on a conscious foundation. Maybe that's what sentience would be for— if scientific breakthroughs didn't spring fully-formed from the subconscious mind, manifest themselves in dreams, as full-blown insights after a deep night's sleep. It's the most basic rule of the stymied researcher: stop thinking about the problem. Do something else. It will come to you if you just stop being conscious of it... Don't even try to talk about the learning curve. Don't bother citing the months of deliberate practice that precede the unconscious performance, or the years of study and experiment leading up to the gift-wrapped Eureka moment. So what if your lessons are all learned consciously? Do you think that proves there's no other way? Heuristic software's been learning from experience for over a hundred years. Machines master chess, cars learn to drive themselves, statistical programs face problems and design the experiments to solve them and you think that the only path to learning leads through sentience? You're Stone-age nomads, eking out some marginal existence on the veldt—denying even the possibility of agriculture, because hunting and gathering was good enough for your parents. Do you want to know what consciousness is for? Do you want to know the only real purpose it serves? Training wheels. You can't see both aspects of the Necker Cube at once, so it lets you focus on one and dismiss the other. That's a pretty half-assed way to parse reality. You're always better off looking at more than one side of anything. Go on, try. Defocus. It's the next logical step.

Where, in short, are the flying cars? Where are the force fields, tractor beams, teleportation pods, antigravity sleds, tricorders, immortality drugs, colonies on Mars, and all the other technological wonders any child growing up in the mid-to-late twentieth century assumed would exist by now?

Evolution endowed us with intuition only for those aspects of physics that had survival value for our distant ancestors, such as the parabolic orbits of flying rocks (explaining our penchant for baseball). A cavewoman thinking too hard about what matter is ultimately made of might fail to notice the tiger sneaking up behind and get cleaned right out of the gene pool. Darwin’s theory thus makes the testable prediction that whenever we use technology to glimpse reality beyond the human scale, our evolved intuition should break down. We’ve repeatedly tested this prediction, and the results overwhelmingly support Darwin. At high speeds, Einstein realized that time slows down, and curmudgeons on the Swedish Nobel committee found this so weird that they refused to give him the Nobel Prize for his relativity theory. At low temperatures, liquid helium can flow upward. At high temperatures, colliding particles change identity; to me, an electron colliding with a positron and turning into a Z-boson feels about as intuitive as two colliding cars turning into a cruise ship. On microscopic scales, particles schizophrenically appear in two places at once, leading to the quantum conundrums mentioned above. On astronomically large scales… weirdness strikes again: if you intuitively understand all aspects of black holes [then you] should immediately put down this book and publish your findings before someone scoops you on the Nobel Prize for quantum gravity… [also,] the leading theory for what happened [in the early universe] suggests that space isn’t merely really really big, but actually infinite, containing infinitely many exact copies of you, and even more near-copies living out every possible variant of your life in two different types of parallel universes.

Musk’s insistence on explaining the early origins of his passion for electric cars, solar energy, and rockets can come off as insecure. It feels as if Musk is trying to shape his life story in a forced way. But for Musk, the distinction between stumbling into something and having intent is important. Musk has long wanted the world to know that he’s different from the run-of-the-mill entrepreneur in Silicon Valley. He wasn’t just sniffing out trends, and he wasn’t consumed by the idea of getting rich. He’s been in pursuit of a master plan all along. “I really was thinking about this stuff in college,” he said. “It is not some invented story after the fact. I don’t want to seem like a Johnny-come-lately or that I’m chasing a fad or just being opportunistic. I’m not an investor. I like to make technologies real that I think are important for the future and useful in some sort of way.

Musk, though, approaches everything from a Platonic perspective. As he sees it, all of the design and technology choices should be directed toward the goal of making a car as close to perfect as possible. To the extent that rival automakers haven’t, that’s what Musk is judging. It’s almost a binary experience for him. Either you’re trying to make something spectacular with no compromises or you’re not. And if you’re not, Musk considers you a failure. This position can look unreasonable or foolish to outsiders, but the philosophy works for Musk and constantly pushes him and those around him to their limits.

Under Coolidge, the federal debt fell. Under Coolidge, the top income tax rate came down by half, to 25 percent. Under Coolidge, the federal budget was always in surplus. Under Coolidge, unemployment was 5 percent or even 3 percent. Under Coolidge, Americans wired their homes for electricity and bought their first cars or household appliances on credit. Under Coolidge, the economy grew strongly, even as the federal government shrank. Under Coolidge, the rates of patent applications and patents granted increased dramatically. Under Coolidge, there came no federal antilynching law, but lynchings themselves became less frequent and Ku Klux Klan membership dropped by millions. Under Coolidge, a man from a town without a railroad station, Americans moved from the road into the air. Under Coolidge, religious faith found its modern context: the first great White House Christmas tree was lit, an ingenious use for the new technology, electricity. Under Coolidge, the number of local telephone calls went up by a quarter. In Silent Cal’s time, Americans learned to chatter. Under Coolidge, wages rose and interest rates came down so that the poor might borrow more easily. Under Coolidge, the rich came to pay a greater share of the income tax.

So the best defense against porn, for every member of our family, is a full life--the kind of life that technology cannot provide on its own. This is why the most important things we will do to prevent porn from taking over our own lives and our children's lives have nothing to do with sex. A home where wisdom and courage come first; where our central spaces are full of satisfying, demanding opportunities for creativity; where we have regular breaks from technology and opportunities for deep rest and refreshment (where devices "sleep" somewhere other than our bedrooms and where both adults and children experience the satisfactions of learning in thick, embodied ways rather than thin, technological ways); where we've learned to manage boredom and where even our car trips are occasions for deep and meaningful conversation--this is the kind of home that can equip all of us with an immune system strong enough to resist pornography's foolishness.

The more we plug our devices and our lives into the global information grid—whether via mobile phones, social networks, elevators, or self-driving cars—the more vulnerable we become to those who know how the underlying technologies work and how to exploit them to their advantage and to the detriment of the common man.

Over the years I have read many, many books about the future, my ‘we’re all doomed’ books, as Connie liked to call them. ‘All the books you read are either about how grim the past was or how gruesome the future will be. It might not be that way, Douglas. Things might turn out all right.’ But these were well-researched, plausible studies, their conclusions highly persuasive, and I could become quite voluble on the subject. Take, for instance, the fate of the middle-class, into which Albie and I were born and to which Connie now belongs, albeit with some protest. In book after book I read that the middle-class are doomed. Globalisation and technology have already cut a swathe through previously secure professions, and 3D printing technology will soon wipe out the last of the manufacturing industries. The internet won’t replace those jobs, and what place for the middle-classes if twelve people can run a giant corporation? I’m no communist firebrand, but even the most rabid free-marketeer would concede that market-forces capitalism, instead of spreading wealth and security throughout the population, has grotesquely magnified the gulf between rich and poor, forcing a global workforce into dangerous, unregulated, insecure low-paid labour while rewarding only a tiny elite of businessmen and technocrats. So-called ‘secure’ professions seem less and less so; first it was the miners and the ship- and steel-workers, soon it will be the bank clerks, the librarians, the teachers, the shop-owners, the supermarket check-out staff. The scientists might survive if it’s the right type of science, but where do all the taxi-drivers in the world go when the taxis drive themselves? How do they feed their children or heat their homes and what happens when frustration turns to anger? Throw in terrorism, the seemingly insoluble problem of religious fundamentalism, the rise of the extreme right-wing, under-employed youth and the under-pensioned elderly, fragile and corrupt banking systems, the inadequacy of the health and care systems to cope with vast numbers of the sick and old, the environmental repercussions of unprecedented factory-farming, the battle for finite resources of food, water, gas and oil, the changing course of the Gulf Stream, destruction of the biosphere and the statistical probability of a global pandemic, and there really is no reason why anyone should sleep soundly ever again. By the time Albie is my age I will be long gone, or, best-case scenario, barricaded into my living module with enough rations to see out my days. But outside, I imagine vast, unregulated factories where workers count themselves lucky to toil through eighteen-hour days for less than a living wage before pulling on their gas masks to fight their way through the unemployed masses who are bartering with the mutated chickens and old tin-cans that they use for currency, those lucky workers returning to tiny, overcrowded shacks in a vast megalopolis where a tree is never seen, the air is thick with police drones, where car-bomb explosions, typhoons and freak hailstorms are so commonplace as to barely be remarked upon. Meanwhile, in literally gilded towers miles above the carcinogenic smog, the privileged 1 per cent of businessmen, celebrities and entrepreneurs look down through bullet-proof windows, accept cocktails in strange glasses from the robot waiters hovering nearby and laugh their tinkling laughs and somewhere, down there in that hellish, stewing mess of violence, poverty and desperation, is my son, Albie Petersen, a wandering minstrel with his guitar and his keen interest in photography, still refusing to wear a decent coat.

But once things are accepted into our status quo and assumed to be part of normal life, it requires a far higher level of threat to have them removed. People might very well mobilize against a new energy technology that causes climate change, but not against the cars, planes, and power plants that are already woven into the fabric of their lives.

When someone takes your car, they have the car and you do not. When, because of some new technology, someone is able to get access to the MP3 file of your new song, they have the file and so do you. You did not lose the song. What you may have lost is the opportunity to sell the song to that person or to the people with whom they “share” the file.

Many operations involved intercepting and seizing someone traveling in a moving vehicle, often with bodyguards. The task force would surreptitiously attach a tracking beacon to the target’s car. Delta was already experimenting with technologies that used an electromagnetic pulse to shut a car’s battery down remotely. The unit also used a catapult net system that would ensnare car and driver alike. Once the car had been immobilized, operators would smash the window with a sledgehammer, pull their target through the window, and make off with him, shooting any bodyguards who posed a threat, while an outer security perimeter kept anyone who might interfere at bay. The operators had a name for these snatches: habeas grab-ass.

Well, getting all the education and the practical experience. And then having the patience to do it day in and day out. Day in and day out. It’s not easy, let me tell you that. It’s like the restaurateur serving great food every meal. It’s not easy. But that’s how you make a great restaurant. That’s how you make a great car dealership. Service every day. You can’t miss the ball. You’ve gotta hit the ball out of the park every day. With service. And the same with technology. In our lifetime, we’ve seen many companies go in the tank because they weren’t able to innovate. Or actually, they didn’t figure out a product or service that really served the customer well. They lost their customers. Never lose a customer. Figure that one out.

The way I describe this when talking with businesspeople is that the domain of technology is no longer in the IT department; the whole company is technology. I’m talking about all companies. If you’re trying to make cars or medical devices or any kind of product at all, and you want to have new customers, technology is the fulcrum of progress in everything you’re doing.

Adam offered a car key. 'Take my little red Honda. It's parked out front. When you finish with it, just tell it to go home. Don't be deceived by its modest appearance. It's fully shielded and equipped with enough gadgetry to tempt the ghost of James Bond.' 'Can it makes a vente triple-shot no-foam latte?' 'In a New York minute.' Ef took the key, kissed it, and headed for the front door.

The railroad, when it came, would meet high expectations. It came quickly enough, but before the necessary technologies converged into a successful system, variety flourished. Passengers were first carried on 25 March 1807 on the Oystermouth Tramroad on the Gower Peninsula in Swansea, northwest of Cardiff in Wales. The cars were horse-drawn, and the operator paid tolls to the company that owned the road.

Every now and then, I’m lucky enough to teach a kindergarten or first-grade class. Many of these children are natural-born scientists—although heavy on the wonder side and light on skepticism. They’re curious, intellectually vigorous. Provocative and insightful questions bubble out of them. They exhibit enormous enthusiasm. I’m asked follow-up questions. They’ve never heard of the notion of a “dumb question.” But when I talk to high school seniors, I find something different. They memorize “facts.” By and large, though, the joy of discovery, the life behind those facts, has gone out of them. They’ve lost much of the wonder, and gained very little skepticism. They’re worried about asking “dumb” questions; they’re willing to accept inadequate answers; they don’t pose follow-up questions; the room is awash with sidelong glances to judge, second-by-second, the approval of their peers. They come to class with their questions written out on pieces of paper, which they surreptitiously examine, waiting their turn and oblivious of whatever discussion their peers are at this moment engaged in. Something has happened between first and twelfth grade, and it’s not just puberty. I’d guess that it’s partly peer pressure not to excel (except in sports); partly that the society teaches short-term gratification; partly the impression that science or mathematics won’t buy you a sports car; partly that so little is expected of students; and partly that there are few rewards or role models for intelligent discussion of science and technology—or even for learning for its own sake. Those few who remain interested are vilified as “nerds” or “geeks” or “grinds.

The main asset of a modern CEO is speed. Today, all industries move and change with the speed of a racing car. This is not only due to the development of technologies but to geopolitical events as well. Right now, the economic situation in the country is similar to that of a movie that is played in fast-forward mode. In conditions of transformation of global and internal markets, the management approach itself changes.

Dear Dan, Do you have general advice for how to approach diffıcult decisions? D.A.: Luckily the technology you need to solve this problem is already at your disposal. All you need is a coin. Assign each car to a side of the coin, flip it high in the air. At this point, you can wait until the coin lands, and use this random device to make your choice - but my guess is that when the coin is in the air, you will realize which car is the one you really want.

We have to start accounting for the three themes that define women's relationship with that world. The first of these themes is the female body - or, to be precise - its invisibility. Routinely forgetting to accommodate the female body in design - whether medical, technological or architectural - has led to a world that is less hospitable and more dangerous for women to navigate. It leads to us injuring ourselves in jobs and cars that weren't designed for our bodies. It leads us to dying from drugs that don't work. It has led to the creation of a world where women just don't fit very well. There is an irony in how the female body is apparently invisible when it comes to collecting data, because when it comes to the second trend that defines women's lives, the visibility of the female body is key. That tend is male sexual violence against women - how we don't measure it, don't design our world to account for it, and in so doing, allow it to limit women's liberty.

The essential point is that a worker is also a consumer (and may support other consumers). These people drive final demand. When a worker is replaced by a machine, that machine does not go out and consume. The machine may use energy and spare parts and require maintenance, but again, those are business inputs, not final demand. If there is no one to buy what the machine is producing, it will ultimately be shut down. An industrial robot in an auto manufacturing plant will not continue running if no one is buying the cars it is assembling.

The age of centralized, command-and-control, extraction-resource-based energy sources (oil, gas, coal and nuclear) will not end because we run out of petroleum, natural gas, coal, or uranium. It will end because these energy sources, the business models they employ, and the products that sustain them will be disrupted by superior technologies, product architectures, and business models. Compelling new technologies such as solar, wind, electric vehicles, and autonomous (self-driving) cars will disrupt and sweep away the energy industry as we know it.

The ancient war between science and religion is over,” the camerlengo said. “You have won. But you have not won fairly. You have not won by providing answers. You have won by so radically reorienting our society that the truths we once saw as signposts now seem inapplicable. Religion cannot keep up. Scientific growth is exponential. It feeds on itself like a virus. Every new breakthrough opens doors for new breakthroughs. Mankind took thousands of years to progress from the wheel to the car. Yet only decades from the car into space. Now we measure scientific progress in weeks. We are spinning out of control. The rift between us grows deeper and deeper, and as religion is left behind, people find themselves in a spiritual void. We cry out for meaning. And believe me, we do cry out. We see UFOs, engage in channeling, spirit contact, out-of-body experiences, mindquests—all these eccentric ideas have a scientific veneer, but they are unashamedly irrational. They are the desperate cry of the modern soul, lonely and tormented, crippled by its own enlightenment and its inability to accept meaning in anything removed from technology.” Mortati

And this is one of the first things one learns from Musk’s example—he is relentless in his pursuit of the bold and, the bigger point, totally unfazed by scale. When he couldn’t get a job, he started a company. When Internet commerce stalled, he reinvented banking. When he couldn’t find decent launch services for his Martian greenhouse, he went into the rocket business. And as a kicker, because he never lost interest in the problem of energy, he started both an electric car and a solar energy company. It is also worth pointing out that Tesla is the first successful car company started in America in five decades and that SolarCity has become one of the nation’s largest residential solar providers.9 All told, in slightly less than a dozen years, Musk’s appetite for bold has created an empire worth about $30 billion.10 So what’s his secret? Musk has a few, but none are more important to him than passion and purpose. “I didn’t go into the rocket business, the car business, or the solar business thinking this is a great opportunity. I just thought, in order to make a difference, something needed to be done. I wanted to have an impact. I wanted to create something substantially better than what came before.

The essence of Kasulo is a devils' gamble: tunnel diggers risk their lives for the prospects of riches. Mind you, the "richest" income I documented in Kasulo was an average take home-pay of $7 per day. There are spikes to $12 or even $15 when a particularly rich vein of heterogenite is found. That is the lotto ticket everyone is after. The most fortunate tunnel diggers in Kasulo earn around $3,000 per year. By way of comparison, the CEOs of the technology and car companies that buy the cobalt mined from Kasulo earn $3,000 in an hour, and they do so without having to put their lives at risk each day that they go to work.

Had anyone from Detroit stopped by Tesla Motors at this point, they would have ended up in hysterics. The sum total of the company’s automotive expertise was that a couple of the guys at Tesla really liked cars and another one had created a series of science fair projects based on technology that the automotive industry considered ridiculous. What’s more, the founding team had no intention of turning to Detroit for advice on how to build a car company. No, Tesla would do what every other Silicon Valley start-up had done before it, which was hire a bunch of young, hungry engineers and figure things out as they went along.

I conclude that there are two ways of constructing a software design: One way is to make it so simple that there are obviously no deficiencies and the other way is to make it so complicated that there are no obvious deficiencies. The first method is far more difficult. It demands the same skill, devotion, insight, and even inspiration as the discovery of the simple physical laws which underlie the complex phenomena of nature. It also requires a willingness to accept objectives which are limited by physical, logical, and technological constraints, and to accept a compromise when conflicting objectives cannot be met. No committee will ever do this until it is too late.

Following someone covertly, either on foot or by car, costs around $175,000 per month—primarily for the salary of the agents doing the following. But if the police can place a tracker in the suspect’s car, or use a fake cell tower device to fool the suspect’s cell phone into giving up its location information, the cost drops to about $70,000 per month, because it only requires one agent. And if the police can hide a GPS receiver in the suspect’s car, suddenly the price drops to about $150 per month—mostly for the surreptitious installation of the device. Getting location information from the suspect’s cell provider is even cheaper: Sprint charges law enforcement only $30 per month. The difference is between fixed and marginal costs. If a police department performs surveillance on foot, following two people costs twice as much as following one person. But with GPS or cell phone surveillance, the cost is primarily for setting up the system. Once it is in place, the additional marginal cost of following one, ten, or a thousand more people is minimal. Or, once someone spends the money designing and building a telephone eavesdropping system that collects and analyzes all the voice calls in Afghanistan, as the NSA did to help defend US soldiers from improvised explosive devices, it’s cheap and easy to deploy that same technology against the telephone networks of other countries.

He didn't like to fly--the noise and vibration gave him a headache--but, as with anything new, he was excited by the strangeness of it. The disjuncture intrigued him: stepping through a door in one place, sitting still for a few hours, then stepping out a thousand miles away. It seemed to him a very American mode of travel, even more so than the car, not simply going farther faster, but eliminating any temporal experience of the journey, skipping over whole sections of the country, the sole focus on arriving, with the help of expensive and arcane technologies, at one's destination, except of course, when one didn't--a thought brought on by his own instinctive disbelief and the bumpiness of the flight.

Imagine that you get in your car and begin driving at 5 miles per hour. You drive for a minute, accelerate to double your speed to 10 mph, drive for another minute, double your speed again, and so on. The really remarkable thing is not simply the fact of the doubling but the amount of ground you cover after the process has gone on for a while. In the first minute, you would travel about 440 feet. In the third minute at 20 mph, you’d cover 1,760 feet. In the fifth minute, speeding along at 80 mph, you would go well over a mile. To complete the sixth minute, you’d need a faster car—as well as a racetrack. Now think about how fast you would be traveling—and how much progress you would make in that final minute—if you doubled your speed twenty-seven times. That’s roughly the number of times computing power has doubled since the invention of the integrated circuit in 1958. The revolution now under way is happening not just because of the acceleration itself but because that acceleration has been going on for so long that the amount of progress we can now expect in any given year is potentially mind-boggling. The answer to the question about your speed in the car, by the way, is 671 million miles per hour. In that final, twenty-eighth minute, you would travel more than 11 million miles. Five minutes or so at that speed would get you to Mars. That, in a nutshell, is where information technology stands today, relative to when the first primitive integrated circuits started plodding along in the late 1950s.

The temperature was in the nineties, and on hot nights Chicagoans feel the city body and soul. The stockyards are gone, Chicago is no longer slaughter-city, but the old smells revive in the night heat. Miles of railroad siding along the streets once were filled with red cattle cars, the animals waiting to enter the yards lowing and reeking. The old stink still haunts the place. It returns at times, suspiring from the vacated soil, to remind us all that Chicago had once led the world in butcher-technology and that billions of animals had died here. And that night the windows were open wide and the familiar depressing multilayered stink of meat, tallow, blood-meal, pulverized bones, hides, soap, smoked slabs, and burnt hair came back. Old Chicago breathed again through leaves and screens. I heard fire trucks and the gulp and whoop of ambulances, bowel-deep and hysterical. In the surrounding black slums incendiarism shoots up in summer, an index, some say, of psychopathology. Although the love of flames is also religious. However, Denise was sitting nude on the bed rapidly and strongly brushing her hair. Over the lake, steel mills twinkled. Lamplight showed the soot already fallen on the leaves of the wall ivy. We had an early drought that year. Chicago, this night, was panting, the big urban engines going, tenements blazing in Oakwood with great shawls of flame, the sirens weirdly yelping, the fire engines, ambulances, and police cars – mad-dog, gashing-knife weather, a rape and murder night, thousands of hydrants open, spraying water from both breasts.

RENEWABLE ENERGY REVOLUTION: SOLAR + WIND + BATTERIES In addition to AI, we are on the cusp of another important technological revolution—renewable energy. Together, solar photovoltaic, wind power, and lithium-ion battery storage technologies will create the capability of replacing most if not all of our energy infrastructure with renewable clean energy. By 2041, much of the developed world and some developing countries will be primarily powered by solar and wind. The cost of solar energy dropped 82 percent from 2010 to 2020, while the cost of wind energy dropped 46 percent. Solar and onshore wind are now the cheapest sources of electricity. In addition, lithium-ion battery storage cost has dropped 87 percent from 2010 to 2020. It will drop further thanks to the massive production of batteries for electrical vehicles. This rapid drop in the price of battery storage will make it possible to store the solar/wind energy from sunny and windy days for future use. Think tank RethinkX estimates that with a $2 trillion investment through 2030, the cost of energy in the United States will drop to 3 cents per kilowatt-hour, less than one-quarter of today’s cost. By 2041, it should be even lower, as the prices of these three components continue to descend. What happens on days when a given area’s battery energy storage is full—will any generated energy left unused be wasted? RethinkX predicts that these circumstances will create a new class of energy called “super power” at essentially zero cost, usually during the sunniest or most windy days. With intelligent scheduling, this “super power” can be used for non-time-sensitive applications such as charging batteries of idle cars, water desalination and treatment, waste recycling, metal refining, carbon removal, blockchain consensus algorithms, AI drug discovery, and manufacturing activities whose costs are energy-driven. Such a system would not only dramatically decrease energy cost, but also power new applications and inventions that were previously too expensive to pursue. As the cost of energy plummets, the cost of water, materials, manufacturing, computation, and anything that has a major energy component will drop, too. The solar + wind + batteries approach to new energy will also be 100-percent clean energy. Switching to this form of energy can eliminate more than 50 percent of all greenhouse gas emissions, which is by far the largest culprit of climate change.

Finnish agriculture is so dully over-mechanised that it defies all statistics and diagrams. Every village in Finland, far from being an embodiment of farming and the rural way of life, reminds one of a technological exposition, whereas serenity and the values of tradition are still visible in the countryside of all other European countries. Finland — at least a few years ago — was the world leader of electronic financial transfers. Ideas about electronic systems and computers enter our silly heads like knives cut through butter. Personally, those who feel so important and busy that they couldn’t survive without mobile phones in their cars, I would send to the mountains for a year, or rather five years, for them to reflect on the values of life. But perhaps that wouldn’t help either: if a mind is dull, it’ll stay dull.

Get the ongoing process right and it will keep generating ongoing benefits. In our new era, processes trump products. This shift toward processes also means ceaseless change is the fate for everything we make. We are moving away from the world of fixed nouns and toward a world of fluid verbs. In the next 30 years we will continue to take solid things—an automobile, a shoe—and turn them into intangible verbs. Products will become services and processes. Embedded with high doses of technology, an automobile becomes a transportation service, a continuously updated sequence of materials rapidly adapting to customer usage, feedback, competition, innovation, and wear. Whether it is a driverless car or one you drive, this transportation service is packed with flexibility, customization, upgrades, connections, and new benefits.

Why is the Deliverator so equipped? Because people rely on him. He is a role model. This is America. People do whatever the fuck they feel like doing, you got a problem with that? Because they have a right to. And because they have guns and no one can fucking stop them. As a result, this country has one of the worst economies in the world. When it gets down to it—talking trade balances here—once we've brain-drained all our technology into other countries, once things have evened out, they're making cars in Bolivia and microwave ovens in Tadzhikistan and selling them here—once our edge in natural resources has been made irrelevant by giant Hong Kong ships and dirigibles that can ship North Dakota all the way to New Zealand for a nickel—once the Invisible Hand has taken all those historical inequities and smeared them out into a broad global layer of what a Pakistani brickmaker would consider to be prosperity—y'know what?

It’s hard to believe you’d have an economy at all if you gave pink slips to more than half the labor force. But that—in slow motion—is what the industrial revolution did to the workforce of the early 19th century. Two hundred years ago, 70 percent of American workers lived on the farm. Today automation has eliminated all but 1 percent of their jobs, replacing them (and their work animals) with machines. But the displaced workers did not sit idle. Instead, automation created hundreds of millions of jobs in entirely new fields. Those who once farmed were now manning the legions of factories that churned out farm equipment, cars, and other industrial products. Since then, wave upon wave of new occupations have arrived—appliance repair person, offset printer, food chemist, photographer, web designer—each building on previous automation. Today, the vast majority of us are doing jobs that no farmer from the 1800s could have imagined.

This is America. People do whatever the fuck they feel like doing, you got a problem with that? Because they have a right to. And because they have guns and no one can fucking stop them. As a result, this country has one of the worst economies in the world. When it gets down to it—talking trade balances here—once we've brain-drained all our technology into other countries, once things have evened out, they're making cars in Bolivia and microwave ovens in Tadzhikistan and selling them here—once our edge in natural resources has been made irrelevant by giant Hong Kong ships and dirigibles that can ship North Dakota all the way to New Zealand for a nickel—once the Invisible Hand has taken all those historical inequities and smeared them out into a broad global layer of what a Pakistani brickmaker would consider to be prosperity—y'know what? There's only four things we do better than anyone else music movies microcode (software) high-speed pizza delivery

Moderns maintain a peculiar relationship with rhetoric. We no longer teach it to our young, nor demand it of our wise. What since ancient Athens was considered an essential skill for a free citizen has now largely been consigned to hucksters and to the tarmacs of used car dealerships. The tragedy is that we abandoned the art on purpose. About the same time the Russians flung Sputnik into space, in the name of progress American, Canadian, and British educators tossed the old grammar and style books onto the intergalactic rubbish heap of history. The past was trashed. In a scientific age, so the reasoning went, questions of philosophy, of beauty, of sex, of God, could be set aside in favor of technological solutions. The science was settled. Just the same, the timing couldn’t have been worse. Who would’ve foreseen that at the same hour the West turned its back on its humanistic traditions, it would be called to police the global order, shore up markets, and shoot down terrorists?

Citizen participation will reach an all-time high as anyone with a mobile handset and access to the Internet will be able to play a part in promoting accountability and transparency. A shopkeeper in Addis Ababa and a precocious teenager in San Salvador will be able to disseminate information about bribes and corruption, report election irregularities and generally hold their governments to account. Video cameras installed in police cars will help keep the police honest, if the camera phones carried by citizens don’t already. In fact, technology will empower people to police the police in a plethora of creative ways never before possible, including through real-time monitoring systems allowing citizens to publicly rate every police officer in their hometown. Commerce, education, health care and the justice system will all become more efficient, transparent and inclusive as major institutions opt in to the digital age. People who try to perpetuate myths about religion, culture, ethnicity or anything else will

Imagine that seven out of ten working Americans got fired tomorrow. What would they all do? It’s hard to believe you’d have an economy at all if you gave pink slips to more than half the labor force. But that—in slow motion—is what the industrial revolution did to the workforce of the early 19th century. Two hundred years ago, 70 percent of American workers lived on the farm. Today automation has eliminated all but 1 percent of their jobs, replacing them (and their work animals) with machines. But the displaced workers did not sit idle. Instead, automation created hundreds of millions of jobs in entirely new fields. Those who once farmed were now manning the legions of factories that churned out farm equipment, cars, and other industrial products. Since then, wave upon wave of new occupations have arrived—appliance repair person, offset printer, food chemist, photographer, web designer—each building on previous automation. Today, the vast majority of us are doing jobs that no farmer from the 1800s could have imagined. It

Rivera’s admiration for Stalin was equaled only by his admiration for Henry Ford. By the 1920s and ‘30s, nearly every industrial country in Europe and Latin America, as well as the Soviet Union, had adopted Ford’s engineering and manufacturing methods: his highly efficient assembly line to increase production and reduce the cost of automobiles, so that the working class could at least afford to own a car; his total control over all the manufacturing and production processes by concentrating them all in one place, from the gathering of raw materials to orchestrating the final assembly; and his integration, training, and absolute control of the workforce. Kahn, the architect of Ford’s factories, subsequently constructed hundreds of factories on the model of the Rouge complex in Dearborn, Michigan, which was the epicenter of Ford’s industrial acumen as well as a world-wide symbol of future technology. Such achievements led Rivera to regard Detroit’s industry as the means of transforming the proletariat to take the reins of economic production.

What is most dystopian about all of the digital houses designed for customized consumption is the implication that the entire landscape could be covered with new houses lacking any social or economic neighborhood context. Designers minimize the need for family or neighborhood interaction if they plan for digital surveillance as a route to ordering mass-produced commodities as well as handling work and civic life. If many external activities, such as paid work, exercise, shopping, seeking entertainment, and voting, are able to be done in-house through the various electronic communications systems, reasons for going outside decrease. The residents become isolated, although the house continues to function as a container for mass-produced goods and electronic media. In a landscape bristling with tens of thousands of digital houses and cell towers, where the ground is laced with hundreds of thousands of miles of fiber-optic cable, neighborhoods may not exist. Car journeys involving traffic problems may disappear, although the roads will be clogged with delivery vans.

There once was a female snake that roamed around a small village in the countryside of Egypt. She was commonly seen by villagers with her small baby as they grazed around the trees. One day, several men noticed the mother snake was searching back and forth throughout the village in a frenzy — without her young. Apparently, her baby had slithered off on its own to play while she was out looking for food. Yet the mother snake went on looking for her baby for days because it still hadn't returned back to her. So one day, one of the elder women in the village caught sight of the big snake climbing on top of their water supply — an open clay jug harvesting all the village's water. The snake latched its teeth on the big jug's opening and sprayed its venom into it. The woman who witnessed the event was mentally handicapped, so when she went to warn the other villagers, nobody really understood what she was saying. And when she approached the jug to try to knock it over, she was reprimanded by her two brothers and they locked her away in her room. Then early the next day, the mother snake returned to the village after a long evening searching for her baby. The children villagers quickly surrounded her while clapping and singing because she had finally found her baby. And as the mother snake watched the children rejoice in the reunion with her child, she suddenly took off straight for the water supply — leaving behind her baby with the villagers' children. Before an old man could gather some water to make some tea, she hissed in his direction, forcing him to step back as she immediately wrapped herself around the jug and squeezed it super hard. When the jug broke burst into a hundred fragments, she slithered away to gather her child and return to the safety of her hole. Many people reading this true story may not understand that the same feelings we are capable of having, snakes have too. Thinking the villagers killed her baby, the mother snake sought out revenge by poisoning the water to destroy those she thought had hurt her child. But when she found her baby and saw the villagers' children, her guilt and protective instincts urged her to save them before other mothers would be forced to experience the pain and grief of losing a child. Animals have hearts and minds too. They are capable of love, hatred, jealousy, revenge, hunger, fear, joy, and caring for their own and others. We look at animals as if they are inferior because they are savage and not civilized, but in truth, we are the ones who are not being civil by drawing a thick line between us and them — us and nature. A wild animal's life is very straightforward. They spend their time searching and gathering food, mating, building homes, and meditating and playing with their loved ones. They enjoy the simplicity of life without any of our technological gadgetry, materialism, mass consumption, wastefulness, superficiality, mindless wars, excessive greed and hatred. While we get excited by the vibrations coming from our TV sets, headphones and car stereos, they get stimulated by the vibrations of nature. So, just because animals may lack the sophisticated minds to create the technology we do or make brick homes and highways like us, does not mean their connections to the etheric world isn't more sophisticated than anything we could ever imagine. That means they are more spiritual, reflective, cosmic, and tuned into alternate universes beyond what our eyes can see. So in other words, animals are more advanced than us. They have the simple beauty we lack and the spiritual contentment we may never achieve.

There was nothing pretty or elegant about their robot. Compared to the gleaming machines other teams had constructed, Stinky was a study in simplicity. The PVC, the balloon, the tape measure—in each case they had chosen the most straightforward solution to a problem. It was an approach that grew naturally out of watching family members fix cars, manufacture mattresses, and lay irrigation piping. To a large swath of the population, driveway mechanics, box-frame builders, and gardeners did not represent the cutting edge of engineering know-how. They were low-skilled laborers who didn’t have access to real technology. Stinky represented this low-tech approach to engineering. But that was exactly what had impressed the judges. Lisa Spence, the NASA judge, believed that there was no reason to come up with a complex solution when an elementary one would suffice. She felt that Carl Hayden’s robot was “conceptually similar” to the machines she encountered at NASA. The guys were in shock. They marched back up to the stage and looked out at the audience with dazed smiles. Lorenzo felt a rush of emotion. The judges’ Special Prize wasn’t a consolation award. These people were giving them real recognition.

Imagine an alternate universe in which people don’t have words for different forms of transportation—only the collective noun “vehicle.” They use that word to refer to cars, buses, bikes, spacecraft, and all other ways of getting from place A to place B. Conversations in this world are confusing. There are furious debates about whether or not vehicles are environmentally friendly, even though no one realizes that one side of the debate is talking about bikes and the other side is talking about trucks. There is a breakthrough in rocketry, but the media focuses on how vehicles have gotten faster—so people call their car dealer (oops, vehicle dealer) to ask when faster models will be available. Meanwhile, fraudsters have capitalized on the fact that consumers don’t know what to believe when it comes to vehicle technology, so scams are rampant in the vehicle sector. Now replace the word “vehicle” with “artificial intelligence,” and we have a pretty good description of the world we live in. Artificial intelligence, AI for short, is an umbrella term for a set of loosely related technologies. ChatGPT has little in common with, say, software that banks use to evaluate loan applicants. Both are referred to as AI, but in all the ways that matter—how they work, what they’re used for and by whom, and how they fail—they couldn’t be more different.

There’s the potential that Tesla is setting itself up to capitalize on a situation like the one Apple found itself in when it first introduced the iPhone. Apple’s rivals spent the initial year after the iPhone’s release dismissing the product. Once it became clear Apple had a hit, the competitors had to catch up. Even with the device right in their hands, it took companies like HTC and Samsung years to produce anything comparable. Other once-great companies like Nokia and BlackBerry didn’t withstand the shock. If, and it’s a big if, Tesla’s Model 3 turned into a massive hit—the thing that everyone with enough money wanted because buying something else would just be paying for the past—then the rival automakers would be in a terrible bind. Most of the car companies dabbling in electric vehicles continue to buy bulky, off-the-shelf batteries rather than developing their own technology. No matter how much they wanted to respond to the Model 3, the automakers would need years to come up with a real challenger and even then they might not have a ready supply of batteries for their vehicles. “I think it is going to be a bit like that,” Musk said. “When will the first non-Tesla Gigafactory get built? Probably no sooner than six years from now. The big car companies are so derivative. They want to see it work somewhere else before they will approve the project and move forward. They’re probably more like seven years away. But I hope I’m wrong.” Musk

Almost immediately after jazz musicians arrived in Paris, they began to gather in two of the city’s most important creative neighborhoods: Montmartre and Montparnasse, respectively the Right and Left Bank haunts of artists, intellectuals, poets, and musicians since the late nineteenth century. Performing in these high-profile and popular entertainment districts could give an advantage to jazz musicians because Parisians and tourists already knew to go there when they wanted to spend a night out on the town. As hubs of artistic imagination and experimentation, Montmartre and Montparnasse therefore attracted the kinds of audiences that might appreciate the new and thrilling sounds of jazz. For many listeners, these locations leant the music something of their own exciting aura, and the early success of jazz in Paris probably had at least as much to do with musicians playing there as did other factors. In spite of their similarities, however, by the 1920s these neighborhoods were on two very different paths, each representing competing visions of what France could become after the war. And the reactions to jazz in each place became important markers of the difference between the two areas and visions. Montmartre was legendary as the late-nineteenth-century capital of “bohemian Paris,” where French artists had gathered and cabaret songs had filled the air. In its heyday, Montmartre was one of the centers of popular entertainment, and its artists prided themselves on flying in the face of respectable middle-class values. But by the 1920s, Montmartre represented an established artistic tradition, not the challenge to bourgeois life that it had been at the fin de siècle. Entertainment culture was rapidly changing both in substance and style in the postwar era, and a desire for new sounds, including foreign music and exotic art, was quickly replacing the love for the cabarets’ French chansons. Jazz was not entirely to blame for such changes, of course. Commercial pressures, especially the rapidly growing tourist trade, eroded the popularity of old Montmartre cabarets, which were not always able to compete with the newer music halls and dance halls. Yet jazz bore much of the criticism from those who saw the changes in Montmartre as the death of French popular entertainment. Montparnasse, on the other hand, was the face of a modern Paris. It was the international crossroads where an ever changing mixture of people celebrated, rather than lamented, cosmopolitanism and exoticism in all its forms, especially in jazz bands. These different attitudes within the entertainment districts and their institutions reflected the impact of the broader trends at work in Paris—the influx of foreign populations, for example, or the advent of cars and electricity on city streets as indicators of modern technology—and the possible consequences for French culture. Jazz was at the confluence of these trends, and it became a convenient symbol for the struggle they represented.

You invest so much in it, don't you? It's what elevates you above the beasts of the field, it's what makes you special. Homo sapiens, you call yourself. Wise Man. Do you even know what it is, this consciousness you cite in your own exaltation? Do you even know what it's for? Maybe you think it gives you free will. Maybe you've forgotten that sleepwalkers converse, drive vehicles, commit crimes and clean up afterwards, unconscious the whole time. Maybe nobody's told you that even waking souls are only slaves in denial. Make a conscious choice. Decide to move your index finger. Too late! The electricity's already halfway down your arm. Your body began to act a full half-second before your conscious self 'chose' to, for the self chose nothing; something else set your body in motion, sent an executive summary—almost an afterthought— to the homunculus behind your eyes. That little man, that arrogant subroutine that thinks of itself as the person, mistakes correlation for causality: it reads the summary and it sees the hand move, and it thinks that one drove the other. But it's not in charge. You're not in charge. If free will even exists, it doesn't share living space with the likes of you. Insight, then. Wisdom. The quest for knowledge, the derivation of theorems, science and technology and all those exclusively human pursuits that must surely rest on a conscious foundation. Maybe that's what sentience would be for— if scientific breakthroughs didn't spring fully-formed from the subconscious mind, manifest themselves in dreams, as full-blown insights after a deep night's sleep. It's the most basic rule of the stymied researcher: stop thinking about the problem. Do something else. It will come to you if you just stop being conscious of it. Every concert pianist knows that the surest way to ruin a performance is to be aware of what the fingers are doing. Every dancer and acrobat knows enough to let the mind go, let the body run itself. Every driver of any manual vehicle arrives at destinations with no recollection of the stops and turns and roads traveled in getting there. You are all sleepwalkers, whether climbing creative peaks or slogging through some mundane routine for the thousandth time. You are all sleepwalkers. Don't even try to talk about the learning curve. Don't bother citing the months of deliberate practice that precede the unconscious performance, or the years of study and experiment leading up to the gift- wrapped Eureka moment. So what if your lessons are all learned consciously? Do you think that proves there's no other way? Heuristic software's been learning from experience for over a hundred years. Machines master chess, cars learn to drive themselves, statistical programs face problems and design the experiments to solve them and you think that the only path to learning leads through sentience? You're Stone-age nomads, eking out some marginal existence on the veldt—denying even the possibility of agriculture, because hunting and gathering was good enough for your parents. Do you want to know what consciousness is for? Do you want to know the only real purpose it serves? Training wheels. You can't see both aspects of the Necker Cube at once, so it lets you focus on one and dismiss the other. That's a pretty half-assed way to parse reality. You're always better off looking at more than one side of anything. Go on, try. Defocus. It's the next logical step. Oh, but you can't. There's something in the way. And it's fighting back.

Moore’s Law, the rule of thumb in the technology industry, tells us that processor chips—the small circuit boards that form the backbone of every computing device—double in speed every eighteen months. That means a computer in 2025 will be sixty-four times faster than it is in 2013. Another predictive law, this one of photonics (regarding the transmission of information), tells us that the amount of data coming out of fiber-optic cables, the fastest form of connectivity, doubles roughly every nine months. Even if these laws have natural limits, the promise of exponential growth unleashes possibilities in graphics and virtual reality that will make the online experience as real as real life, or perhaps even better. Imagine having the holodeck from the world of Star Trek, which was a fully immersive virtual-reality environment for those aboard a ship, but this one is able to both project a beach landscape and re-create a famous Elvis Presley performance in front of your eyes. Indeed, the next moments in our technological evolution promise to turn a host of popular science-fiction concepts into science facts: driverless cars, thought-controlled robotic motion, artificial intelligence (AI) and fully integrated augmented reality, which promises a visual overlay of digital information onto our physical environment. Such developments will join with and enhance elements of our natural world. This is our future, and these remarkable things are already beginning to take shape. That is what makes working in the technology industry so exciting today. It’s not just because we have a chance to invent and build amazing new devices or because of the scale of technological and intellectual challenges we will try to conquer; it’s because of what these developments will mean for the world.

Lucid Motors was started under the name Atieva (which stood for “advanced technologies in electric vehicle applications” and was pronounced “ah-tee-va”) in Mountain View in 2008 (or December 31, 2007, to be precise) by Bernard Tse, who was a vice president at Tesla before it launched the Roadster. Hong Kong–born Tse had studied engineering at the University of Illinois, where he met his wife, Grace. In the early 1980s, the couple had started a computer manufacturing company called Wyse, which at its peak in the early 1990s registered sales of more than $480 million a year. Tse joined Tesla’s board of directors in 2003 at the request of his close friend Martin Eberhard, the company’s original CEO, who sought Tse’s expertise in engineering, manufacturing, and supply chain. Tse would eventually step off the board to lead a division called the Tesla Energy Group. The group planned to make electric power trains for other manufacturers, who needed them for their electric car programs. Tse, who didn’t respond to my requests to be interviewed, left Tesla around the time of Eberhard’s departure and decided to start Atieva, his own electric car company. Atieva’s plan was to start by focusing on the power train, with the aim of eventually producing a car. The company pitched itself to investors as a power train supplier and won deals to power some city buses in China, through which it could further develop and improve its technology. Within a few years, the company had raised about $40 million, much of it from the Silicon Valley–based venture capital firm Venrock, and employed thirty people, mostly power train engineers, in the United States, as well as the same number of factory workers in Asia. By 2014, it was ready to start work on a sedan, which it planned to sell in the United States and China. That year, it raised about $200 million from Chinese investors, according to sources close to the company.

The chorus of criticism culminated in a May 27 White House press conference that had me fielding tough questions on the oil spill for about an hour. I methodically listed everything we'd done since the Deepwater had exploded, and I described the technical intricacies of the various strategies being employed to cap the well. I acknowledged problems with MMS, as well as my own excessive confidence in the ability of companies like BP to safeguard against risk. I announced the formation of a national commission to review the disaster and figure out how such accidents could be prevented in the future, and I reemphasized the need for a long-term response that would make America less reliant on dirty fossil fuels. Reading the transcript now, a decade later, I'm struck by how calm and cogent I sound. Maybe I'm surprised because the transcript doesn't register what I remember feeling at the time or come close to capturing what I really wanted to say before the assembled White House press corps: That MMS wasn't fully equipped to do its job, in large part because for the past thirty years a big chunk of American voters had bought into the Republican idea that government was the problem and that business always knew better, and had elected leaders who made it their mission to gut environmental regulations, starve agency budgets, denigrate civil servants, and allow industrial polluters do whatever the hell they wanted to do. That the government didn't have better technology than BP did to quickly plug the hole because it would be expensive to have such technology on hand, and we Americans didn't like paying higher taxes - especially when it was to prepare for problems that hadn't happened yet. That it was hard to take seriously any criticism from a character like Bobby Jindal, who'd done Big Oil's bidding throughout his career and would go on to support an oil industry lawsuit trying to get a federal court to lift our temporary drilling moratorium; and that if he and other Gulf-elected officials were truly concerned about the well-being of their constituents, they'd be urging their party to stop denying the effects of climate change, since it was precisely the people of the Gulf who were the most likely to lose homes or jobs as a result of rising global temperatures. And that the only way to truly guarantee that we didn't have another catastrophic oil spill in the future was to stop drilling entirely; but that wasn't going to happen because at the end of the day we Americans loved our cheap gas and big cars more than we cared about the environment, except when a complete disaster was staring us in the face; and in the absence of such a disaster, the media rarely covered efforts to shift America off fossil fuels or pass climate legislation, since actually educating the public on long-term energy policy would be boring and bad for ratings; and the one thing I could be certain of was that for all the outrage being expressed at the moment about wetlands and sea turtles and pelicans, what the majority of us were really interested in was having the problem go away, for me to clean up yet one more mess decades in the making with some quick and easy fix, so that we could all go back to our carbon-spewing, energy-wasting ways without having to feel guilty about it. I didn't say any of that. Instead I somberly took responsibility and said it was my job to "get this fixed." Afterward, I scolded my press team, suggesting that if they'd done better work telling the story of everything we were doing to clean up the spill, I wouldn't have had to tap-dance for an hour while getting the crap kicked out of me. My press folks looked wounded. Sitting alone in the Treaty Room later that night, I felt bad about what I had said, knowing I'd misdirected my anger and frustration. It was those damned plumes of oil that I really wanted to curse out.

Reading the transcript now, a decade later, I’m struck by how calm and cogent I sound. Maybe I’m surprised because the transcript doesn’t register what I remember feeling at the time or come close to capturing what I really wanted to say before the assembled White House press corps: That MMS wasn’t fully equipped to do its job, in large part because for the past thirty years a big chunk of American voters had bought into the Republican idea that government was the problem and that business always knew better, and had elected leaders who made it their mission to gut environmental regulations, starve agency budgets, denigrate civil servants, and allow industrial polluters do whatever the hell they wanted to do. That the government didn’t have better technology than BP did to quickly plug the hole because it would be expensive to have such technology on hand, and we Americans didn’t like paying higher taxes—especially when it was to prepare for problems that hadn’t happened yet. That it was hard to take seriously any criticism from a character like Bobby Jindal, who’d done Big Oil’s bidding throughout his career and would go on to support an oil industry lawsuit trying to get a federal court to lift our temporary drilling moratorium; and that if he and other Gulf-elected officials were truly concerned about the well-being of their constituents, they’d be urging their party to stop denying the effects of climate change, since it was precisely the people of the Gulf who were the most likely to lose homes or jobs as a result of rising global temperatures. And that the only way to truly guarantee that we didn’t have another catastrophic oil spill in the future was to stop drilling entirely; but that wasn’t going to happen because at the end of the day we Americans loved our cheap gas and big cars more than we cared about the environment, except when a complete disaster was staring us in the face; and in the absence of such a disaster,

THE IRIS OF THE EYE WAS TOO BIG TO HAVE BEEN FABRICATED AS A single rigid object. It had been built, beginning about nine hundred years ago, out of links that had been joined together into a chain; the two ends of the chain then connected to form a loop. The method would have seemed familiar to Rhys Aitken, who had used something like it to construct Izzy’s T3 torus. For him, or anyone else versed in the technological history of Old Earth, an equally useful metaphor would have been that it was a train, 157 kilometers long, made of 720 giant cars, with the nose of the locomotive joined to the tail of the caboose so that it formed a circular construct 50 kilometers in diameter. An even better analogy would have been to a roller coaster, since its purpose was to run loop-the-loops forever. The “track” on which the “train” ran was a circular groove in the iron frame of the Eye, lined with the sensors and magnets needed to supply electrodynamic suspension, so that the whole thing could spin without actually touching the Eye’s stationary frame. This was an essential design requirement given that the Great Chain had to move with a velocity of about five hundred meters per second in order to supply Earth-normal gravity to its inhabitants. Each of the links had approximately the footprint of a Manhattan city block on Old Earth. And their total number of 720 was loosely comparable to the number of such blocks that had once existed in the gridded part of Manhattan, depending on where you drew the boundaries—it was bigger than Midtown but smaller than Manhattan as a whole. Residents of the Great Chain were acutely aware of the comparison, to the point where they were mocked for having a “Manhattan complex” by residents of other habitats. They were forever freeze-framing Old Earth movies or zooming around in virtual-reality simulations of pre-Zero New York for clues as to how street and apartment living had worked in those days. They had taken as their patron saint Luisa, the eighth survivor on Cleft, a Manhattanite who had been too old to found her own race. Implicit in that was that the Great Chain—the GC, Chaintown, Chainhattan—was a place that people might move to when they wanted to separate themselves from the social environments of their home habitats, or indeed of their own races. Mixed-race people were more common there than anywhere else.

The Deliverator's car has enough potential energy packed into its batteries to fire a pound of bacon into the Asteroid Belt. Unlike a bimbo box or a Burb beater, the Deliverator's car unloads that power through gaping, gleaming, polished sphincters. When the Deliverator puts the hammer down, shit happens. You want to talk contact patches? Your car's tires have tiny contact patches, talk to the asphalt in four places the size of your tongue. The Deliverator's car has big sticky tires with contact patches the size of a fat lady's thighs. The Deliverator is in touch with the road, starts like a bad day, stops on a peseta. Why is the Deliverator so equipped? Because people rely on him. He is a role model. This is America. People do whatever the fuck they feel like doing, you got a problem with that? Because they have a right to. And because they have guns and no one can fucking stop them. As a result, this country has one of the worst economies in the world. When it gets down to it -- talking trade balances here -- once we've brain-drained all our technology into other countries, once things have evened out, they're making cars in Bolivia and microwave ovens in Tadzhikistan and selling them here -- once our edge in natural resources has been made irrelevant by giant Hong Kong ships and dirigibles that can ship North Dakota all the way to New Zealand for a nickel -- once the Invisible Hand has taken all those historical inequities and smeared them out into a broad global layer of what a Pakistani brickmaker would consider to be prosperity -- y'know what? There's only four things we do better than anyone else: * music * movies * microcode (software) * high-speed pizza delivery The Deliverator used to make software. Still does, sometimes. But if life were a mellow elementary school run by well-meaning education Ph.D.s, the Deliverator's report card would say: "Hiro is so bright and creative but needs to work harder on his cooperation skills." So now he has this other job. No brightness or creativity involved -- but no cooperation either. Just a single principle: The Deliverator stands tall, your pie in thirty minutes or you can have it free, shoot the driver, take his car, file a class-action suit. The Deliverator has been working this job for six months, a rich and lengthy tenure by his standards, and has never delivered a pizza in more than twenty-one minutes.

if consumption by the one billion people in the developed countries declined, it is certainly nowhere close to doing so where the other six billion of us are concerned. If the rest of the world bought cars and trucks at the same per capita rate as in the United States, the world’s population of cars and trucks would be 5.5 billion. The production of global warming pollution and the consumption of oil would increase dramatically over and above today’s unsustainable levels. With the increasing population and rising living standards in developing countries, the pressure on resource constraints will continue, even as robosourcing and outsourcing reduce macroeconomic demand in developed countries. Around the same time that The Limits to Growth was published, peak oil production was passed in the United States. Years earlier, a respected geologist named M. King Hubbert collected voluminous data on oil production in the United States and calculated that an immutable peak would be reached shortly after 1970. Although his predictions were widely dismissed, peak production did occur exactly when he predicted it would. Exploration, drilling, and recovery technologies have since advanced significantly and U.S. oil production may soon edge back slightly above the 1970 peak, but the new supplies are far more expensive. The balance of geopolitical power shifted slightly after the 1970 milestone. Less than a year after peak oil production in the U.S., the Organization of Petroleum Exporting Countries (OPEC) began to flex its muscles, and two years later, in the fall of 1973, the Arab members of OPEC implemented the first oil embargo. Since those tumultuous years when peak oil was reached in the United States, energy consumption worldwide has doubled, and the growth rates in China and other emerging markets portend further significant increases. Although the use of coal is declining in the U.S., and coal-fired generating plants are being phased out in many other developed countries as well, China’s coal imports have already increased 60-fold over the past decade—and will double again by 2015. The burning of coal in much of the rest of the developing world has also continued to increase significantly. According to the International Energy Agency, developing and emerging markets will account for all of the net global increase in both coal and oil consumption through the next two decades. The prediction of global peak oil is fraught with

As I write this, I know there are countless mysteries about the future of business that we’ve yet to unravel. That’s a process that will never end. When it comes to customer success, however, I have achieved absolute clarity on four points. First, technology will never stop evolving. In the years to come, machine learning and artificial intelligence will probably make or break your business. Success will involve using these tools to understand your customers like never before so that you can deliver more intelligent, personalized experiences. The second point is this: We’ve never had a better set of tools to help meet every possible standard of success, whether it’s finding a better way to match investment opportunities with interested clients, or making customers feel thrilled about the experience of renovating their home. The third point is that customer success depends on every stakeholder. By that I mean employees who feel engaged and responsible and are growing their careers in an environment that allows them to do their best work—and this applies to all employees, from the interns to the CEO. The same goes for partners working to design and implement customer solutions, as well as our communities, which provide the schools, hospitals, parks, and other facilities to support us all. The fourth and most important point is this: The gap between what customers really want from businesses and what’s actually possible is vanishing rapidly. And that’s going to change everything. The future isn’t about learning to be better at doing what we already do, it’s about how far we can stretch the boundaries of our imagination. The ability to produce success stories that weren’t possible a few years ago, to help customers thrive in dramatic new ways—that is going to become a driver of growth for any successful company. I believe we’re entering a new age in which customers will increasingly expect miracles from you. If you don’t value putting the customer at the center of everything you do, then you are going to fall behind. Whether you make cars, solar panels, television programs, or anything else, untold opportunities exist. Every company should invest in helping its customers find new destinations, and in blazing new trails to reach them. To do so, we have to resist the urge to make quick, marginal improvements and spend more time listening deeply to what customers really want, even if they’re not fully aware of it yet. In the end, it’s a matter of accepting that your success is inextricably linked to theirs.

So the Formula One driver has a dual status: he is both an automatic terminal of the most refined technical machinery, a technical operator, and he is the symbolic operator of crowd passions and the risk of death. The paradox is the same for the motor companies, caught as they are between investment and potlatch. Is all this a calculated — and hence rational — investment (marketing and advertising)? Have we here a mighty commercial operation, or is the company spending inordinate sums, far beyond what is commercially viable, to assuage a passion for prestige and charisma (there is also a manufacturers' world championship)? In this confrontation between manufacturers, isn't there an excessive upping of the stakes, a dizzying passion, a delirium? This is certainly the aspect which appeals, in the first instance, to the millions of viewers. In the end, the average TV viewer has doubtless never been aware that McLaren is a flagship for Honda. And I am not sure he or she is tempted to play the Formula One driver in ordinary life. The impact of Formula One lies, then, in the exceptional and mythic character of the event of the race and the figure of the driver, and not in the technical or commercial spin-offs. It is not clear why speed would be both severely limited and morally condemned in the public domain and, at the same time, celebrated in Formula One as never before, unless there is an effect of sublime compensation going on here. Formula One certainly serves to popularize the cult of the car and its use, but it does much more to maintain the passion for absolute difference — a fundamental illusion for all, and one which justifies all the excesses. In the end, however, hasn't it gone about as far as it can? Isn't it close to a final state, a final perfection, in which all the cars and drivers, given the colossal resources deployed, would, in a repetitive scenario, achieve the same maximum performance and produce the same pattern in each race? If Formula One were merely a rational, industrial performance, a test-bed for technical possibilities, we should have to predict that it would simply burn itself out. On the other hand, if Formula One is a spectacle, a collective, passionate (thoug h perfectly artificial) event, embracing the multiple screens of technological research, the living prosthesis of the driver, and the television screens into which the viewers project themselves, then it certainly has a very fine future. In a word, Formula One is a monster. Such a concentration of technology, money, ambition and prestige is a monster (as is the world of haute couture, which is equally abstract, and as far removed from real clothing as Formula One is from road traffic). Now, monsters are doomed to disappear, and we are afraid they might be disappearing. But we are not keen, either, to see them survive in a domesticated, routinized form. In an era of daily insignificance — including the insignificance of the car and all its constraints — we want at least to save the passion of a pure event, and exceptional beings who are permitted to do absolutely anything.

Deprive a cat of sleep and it would die in two weeks. Deprive a human and he would become psychotic. His work was killing people. How was he supposed to frighten these guys? Run up behind them in a halloween mask and shout boo? He never saw the point of views -- what did it matter if it was an ocean or a brick wall you were looking at? People travelled hundreds, sometimes thousands of miles to commit suicide someplace with a beautiful view. Did a view matter when oblivion beckoned? They could put him in a garbage bin after he was gone, for all he cared. That's all the human race was anyway. Garbage with attitude. A cutting word is worse than a bowstring. A cut may heal but a cut of the tongue does not. The Sakawa students were all from poor, underprivileged backgrounds. Sakawa was a mix of religious juju and modern internet technology. They were taught, in structured classes, the art of online fraud as well as arcane African rituals -- which included animal sacrifice -- to have a voodoo effect on their victims, ensuring the success of each fraud. of which there was a wide variety. The British Empire spend five hundred years plundering the world. The word is 'thanks'. 'That's what it is, Roy! He won't come out, he has locked the doors! What if he self-harms, Roy! I mean -- what if he kills himself?' 'I will have to take him off my Christmas list.' "Any chance you can recover any of it?' 'You sitting near a window, Gerry?' 'Near a window? Sure, right by a window?' 'Can you see the sky?' 'Uh-huh. Got a clear view.' 'See any pigs flying past?' To dream of death is good for those in fear, for the death have no more fears. '...Cleo took me to the opera once. I spent the whole time praying for a fat lady to come on stage and start singing. Or a heart attack --whichever come sooner.' '..there is something strongly powerful -- almost magnetic -- about internet romances. A connection that is far stronger than a traditional meeting of two people. Maybe because on the internet you can lie all the time, each person gives the other their good side. It's intoxicating. That's one of the things which makes it so dangerous -- and such easy pickings for fraudsters.' He was more than a little pleased that he was about to ruin his boss's morning -- and, with a bit of luck, his entire day. ..a guy who had been born angry and had just got even angrier with each passing year. '...Then at some point in the future, I'll probably die in an overcrowded hospital corridor with some bloody hung-over medical student jumping up and down on my chest because they couldn't find a defibrillator. 'Give me your hand, bro,' the shorter one said. 'That one, the right one, yeah.' On the screen the MasterChef contestant said, 'Now with a sharp knife...' Jules de Copland drove away from Gatwick Airport in.a new car, a small Kia, hired under a different name and card, from a different rental firm, Avis. 'I was talking about her attitude. But I'll tell you this, Roy. The day I can't say a woman -- or a man -- is plug ugly, that's the day I want to be taken out and shot.' It seems to me the world is in a strange place where everyone chooses to be offended all the time. 'But not too much in the way of brains,' GlennBranson chipped in. 'Would have needed the old Specialist Search Unite to find any trace of them.' 'Ever heard of knocking on a door?' 'Dunno that film -- was it on Netflix?' 'One word, four letters. Begins with an S for Sierra, ends with a T for Tango. Or if you'd like the longest version, we've been one word, six letters, begins with F for Foxtrot, ends with D for Delta.' No Cop liked entering a prison. In general there was a deep cultural dislike of all police officers by the inmates. And every officer entering.a prison, for whatever purposes, was always aware that if a riot kicked off while they were there, they could be both an instant hostage and a prime target for violence.

what the hell happened to the electric car? we hear you ask. It’s a valid question, for how can we have landed on the Moon in the intervening century or so that has elapsed since electric cars first become popular, and yet not have fully mastered this comparatively basic technology?

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Here’s a little thought experiment: Let’s take three radically disruptive technologies and mash them together. Bitcoin. Uber. Self-driving cars. What happens when you mash the three together? The self-owning car. A car that pays for its Toyota lease, its insurance, and its gas, by giving people rides. A car that is not owned by a corporation. A car that is a corporation. A car that is a shareholder and owner of its own corporation. A car that exists as an autonomous financial entity with no human ownership. This has never happened before, and that’s just the beginning. Audience member gasps: "Oh shit!" I can guarantee you that one of the first distributed autonomous corporations is going to be a fully autonomous, artificial-intelligence-based ransomware virus that will go out and rob people online of their bitcoin, and use that money to evolve itself to pay for better programming, to buy hosting, and to spread. That’s one vision of the future. Another vision of the future is a digital autonomous charity. Imagine a system that takes donations from people, and using those donations it monitors social media like Twitter and Facebook. When a certain threshold is reached and it sees 100,000 people talking about a natural disaster, like a typhoon in the Philippines, it can marshal the donations and automatically fund aid in that area, without a board of directors, without shareholders. One hundred percent of donations goes directly to charitable causes. Anyone can see the rules by which that autonomous altruistic charity works. We are beginning to approach things we have never seen before. This is not just a currency. Now, let’s look at how the bitcoin community is addressing this incredible potential with their design choices and metaphors. Oh boy, it’s a mess.

I discovered, to my amazement, that all through history there had been resistance— and bitter, exaggerated, last-ditch resistance— to every significant technological change that had taken place on earth. Usually the resistance came from those groups who stood to lose influence, status, money as a result of the change. Although they never advanced this as their reason for resisting it. It was always the good of humanity that rested upon their hearts. —Isaac Asimov

growth of both solar power and electric cars, there’s now a bigger need for better energy storage systems, resulting in a next generation of lithium-ion batteries with increased range, and, as an added bonus, enough power to lift flying cars.

And here is where we could see the emergence of new types of companies—“Auto-Tech.” These would either be vertically integrated or strategically allied companies, from vehicle manufacture, to fleet management, to ride hailing through their own platforms. They would be the master coordinators of multiple capabilities—manufacturing, data and supply chain management, machine learning, software and systems integration, and the delivery of high-quality “mobility as a service” to customers around the world. At this point, there is still no tipping point where the benefits of new technology and business models prove so overwhelming that they obliterate the oil-fueled personal car model that has reigned for so long.

Altogether, the world of autos—and their fuel suppliers—has become the arena for a new kind of competition. It is no longer just about selling cars to consumers for personal use. No longer just automakers versus automakers, no longer gasoline brands versus gasoline brands. It has become multidimensional. Gasoline-powered cars versus electric cars. Personal ownership of cars versus mobility services. And people-operated cars versus robotic driverless cars. The result is a battle among technologies and business models, and a struggle for market share. Change does happen, just not overnight

The new mobility would create major dislocations. A shift from “mobility as a product” to “mobility as a service” would result in a significant drop in new car purchases by individuals. What would grow instead would be fleet purchases. Since the cars would be used not 5 percent of the time, but 70 or 80 percent of the time, the numbers of fleet sales would not compensate for the lost personal sales. The traditional automotive supply chains, involving thousands of companies around the world, could be disrupted not by trade wars but by innovation and technology, including robotics and 3D manufacturing.

the ability to move from idea and invention to technologies and innovation and finally into the marketplace. This is not something that necessarily happens fast—energy is not software. After all, the lithium battery was invented in the middle 1970s but took more than three decades before beginning to power cars on the road. The modern solar photovoltaics and wind industries began in the early 1970s but did not begin to attain scale until after 2010. Yet the pace of innovation is accelerating, as is the focus, owing in part to the climate agenda and government support, in part to decisions by investors, in the part to the collaboration of different kinds of companies and innovators, and in part to the convergence of technologies and capabilities—from digital to new materials to artificial intelligence and machine learning to business models and more.

Since the 19th century, medicine has focused on specific disease states by linking collections of signs and symptoms to single organs.... Systems biology and its offspring, sometimes called Network Medicine, takes a more wholistic approach, looking at all the diverse genetic, metabolic, and environmental factors that contribute to clinical disease. Equally important, it looks at the preclinical manifestations of pathology. The current focus of medicine is much like the focus that an auto mechanic takes to repair a car. The diagnostic process isolates a broken part and repairs or replaces it.... Although this strategy has saved countless lives and reduced pain and suffering, it nevertheless treats the disease and not the patient, with all their unique habits, lifestyle mistakes, environmental exposures, psychosocial interactions, and genetic predispositions.

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The earlier technology of measuring brain chemicals like serotonin or norepinephrine had enabled scientists to look at what fueled neural activity, which is a bit like trying to understand a car’s engine by studying gasoline. Neuroimaging made it possible to see inside the engine. By doing so it has also transformed our understanding of trauma.

There’s no better case study showing how connectivity and computing power will turn old products into digitized machines than Tesla, Elon Musk’s auto company. Tesla’s cult following and soaring stock price have attracted plenty of attention, but what’s less noticed is that Tesla is also a leading chip designer. The company hired star semiconductor designers like Jim Keller to build a chip specialized for its automated driving needs, which is fabricated using leading-edge technology. As early as 2014, some analysts were noting that Tesla cars “resemble a smartphone.” The company has been often compared to Apple, which also designs its own semiconductors. Like Apple’s products, Tesla’s finely tuned user experience and its seemingly effortless integration of advanced computing into a twentieth-century product—a car—are only possible because of custom-designed chips. Cars have incorporated simple chips since the 1970s. However, the spread of electric vehicles, which require specialized semiconductors to manage the power supply, coupled with increased demand for autonomous driving features foretells that the number and cost of chips in a typical car will increase substantially.

In 2012, Google Maps had become the premier provider of mapping services and location data for mobile phone users. It was a popular feature on Apple’s iPhone. However, with more consumer activity moving to mobile devices and becoming increasingly integrated with location data, Apple realized that Google Maps was becoming a significant threat to the long-term profitability of its mobile platform. There was a real possibility that Google could make its mapping technology into a separate platform, offering valuable customer connections and geographic data to merchants, and siphoning this potential revenue source away from Apple. Apple’s decision to create its own mapping app to compete with Google Maps made sound strategic sense—despite the fact that the initial service was so poorly designed that it caused Apple significant public embarrassment. The new app misclassified nurseries as airports and cities as hospitals, suggested driving routes that passed over open water (your car had better float!), and even stranded unwary travelers in an Australian desert a full seventy kilometers from the town they expected to find there. iPhone users erupted in howls of protest, the media had a field day lampooning Apple’s misstep, and CEO Tim Cook had to issue a public apology.19 Apple accepted the bad publicity, likely reasoning that it could quickly improve its mapping service to an acceptable quality level—and this is essentially what has happened. The iPhone platform is no longer dependent on Google for mapping technology, and Apple has control over the mapping application as a source of significant value.

Technology has drifted us apart. We have to ping you or whatever it takes to get your attention. What happened to the notes passed in class and the letters left at the lockers? What happened to surprised flowers in your car or romantic gestures?

For organizational behavior expert Charles Handy, the S-curve is the essential form of how businesses, social organizations and political systems develop over time, “it is the line of all things human.”7 Tech analyst Paul Saffo advises to “look for the S-curve,” noting that the uptake of new technologies—from personal robots to driverless cars—is destined to follow its shape.8 Scholars have used the sigmoid curve to describe the rise and fall of ancient civilizations like the Roman Empire, but also to predict modern-day shifts, such as the decline of the United States as a global superpower.9 In the field of systems thinking, the authors of the Club of Rome’s 1972 report The Limits to Growth put the S-curve at the heart of their analysis.10 More recently, economist Kate Raworth has shown that mainstream economics assumes that GDP growth follows an “exponential curve left hanging in mid-air,” when the reality is that it is far more likely to level off into the shape of the S-curve.

Access to clean water is one of the most serious problems in the developing world. According to the World Health Organization, 1.8 million people die every year from diarrheal diseases.120 Of these victims, 90 percent are children under five, mostly in developing countries. Eighty-eight percent of these cases are attributed to unsafe water supply and sanitation. It’s not shortage of water per se that is the problem; it’s access to clean water. Water obtained from rivers and wells is infested with deadly bacteria, viruses, and larger parasites. These could be killed by simply boiling the water, but the energy necessary to do that is prohibitively expensive, so people die or suffer.

Yet we consume energy at an average rate of only eighteen terawatts, a miniscule fraction of the 174,000 terawatts rate of power available.121 And that is readily supplemented by wind, geothermal, and tidal energy. The Earth is literally bathed in energy. It’s the same with water; with 71 percent of its surface covered by water, Earth is a water planet. An extraterrestrial watching our news reports would think that humans are either crazy or stupid.

The first solar photovoltaic panel built by Bell Labs in 1954 cost $1,000 per watt of power it could produce.128 In 2008, modules used in solar arrays cost $3.49 per watt; by 2018, they cost 40 cents per watt.129 According to a pattern known as Swanson’s Law, the price of solar photovoltaic modules tends to fall by 20 percent for every doubling of cumulative shipped volume. The full price of solar electricity (including land, labor to deploy the solar panels, and other equipment required) falls by about 15 percent with every doubling. The amount of solar-generated power has been doubling every two years or less for the past forty years—as costs have been falling.130 At this rate, solar power is only five doublings—or less than twelve years—away from being able to meet 100 percent of today’s energy needs. Power usage will keep increasing, so this is a moving target. Taking that into account, inexpensive renewable sources can potentially provide more power than the world needs in less than twenty years. This is happening because of the momentum that solar has already gained and the constant refinements to the underlying technologies, which are advancing on exponential curves. What Ray Kurzweil said about Craig Venter’s progress when he had just sequenced 1 percent of the human genome—that Venter was actually halfway to 100 percent because on an exponential curve, the time required to get from 0.01 percent to 1 percent is equal to the time required to get from 1 percent to 100 percent—applies to solar capture too.

You cannot automate something until you’ve done it manually many times. Control all of the factors and show technology cuts costs. Remember, for many legacy companies, information technology is only a cost center. They only adopted the code. You were born in it, molded by it. A full-stack entrant into a new vertical is formidably protean. You can morph your product just by hitting keys. Tesla’s over-the-air updates for its cars are a fantastic example.

When the team headed by biochemist and geneticist J. Craig Venter announced that it had effectively decoded 1 percent of the human genome, many doubters decried the slow progress. Kurzweil declared that Venter’s team was actually halfway there, because, on an exponential curve, the time required to get from 0.01 percent to 1 percent is equal to the time required to get from 1 percent to 100 percent.

More and more aspects of our world are incorporating the triad of software, data connectivity, and handheld computing—the so-called technology triad—that enables disruptive technological change.

So what makes conditions ripe for a leap into the future in any specific economic segment or type of service? There are variations across the spectrum, but a few conditions tend to presage such leaps. First, there must be widespread dissatisfaction, either latent or overt, with the status quo. Many of us loathe the taxi industry (even if we often love individual drivers), and most of us hate large parts of the experience of driving a car in and around a city. No one is totally satisfied with the education system.

None of us likes our electric utility or our cell-phone provider or our cable-broadband company in the way we love Apple or enjoy Ben & Jerry’s ice cream. Behind all of these unpopular institutions and sectors lies a frustrating combination of onerous regulations, quasi-monopolistic franchises (often government sanctioned) or ownership of scarce real estate (radio spectrum, medallions, permits, etc.), and politically powerful special interests.

It is noteworthy that, Moore’s Law having turned fifty, we are reaching the limits of how much you can shrink a transistor. After all, nothing can be smaller than an atom. But Intel and IBM have both said that they can adhere to the Moore’s Law targets for another five to ten years. So the silicon-based computer chips in our laptops will surely match the power of a human brain in the early 2020s, but Moore’s Law may fizzle out after that.

there are significant advances on the horizon, such as the graphics-processor unit, which uses parallel computing to create massive increases in performance, not only for graphics, but also for neural networks, which constitute the architecture of the human brain.

Nearly ubiquitous data connectivity, at relatively high speeds, is around the corner. Wi-Fi is available almost everywhere in the materially comfortable world, and it will become significantly faster. When a hurricane devastated Puerto Rico in late 2017, Google was able to provide direct connectivity to smartphones through its project Loon, which used high-altitude balloons to replace the damaged cell towers. Technologies such as this could provide both Wi-Fi coverage and overlays to cell networks through globe-girdling constellations of balloons plying the jet stream. These technologies promise to bridge the connectivity gap for the billions of people, many of them in Africa and Latin America and Asia, who still don’t have broadband.

As the world navigates the complex crossroads of urbanization, technology, and societal needs, ensuring the safety of road users must be a shared responsibility, transcending borders and economic divides.

Siri is an example of what scientists and technologists call narrow A.I.: systems that are useful, can interact with humans, and bear some of the hallmarks of intelligence, but would never be mistaken for a human. In the technology industry, narrow A.I. is also referred to as soft A.I. In general, narrow-A.I. systems can do a better job on a very specific range of tasks than humans can. I couldn’t, for example, recall the winning and losing pitcher in every baseball game of the major leagues from the previous night.

A.I. will provide similar benefits—and take over human jobs—in most areas in which data are processed and decisions required. WIRED magazine’s founding editor, Kevin Kelly, likened A.I. to electricity: a cheap, reliable, industrial-grade digital smartness running behind everything. He said that it “will enliven inert objects, much as electricity did more than a century ago. Everything that we formerly electrified we will now ‘cognitize.’ This new utilitarian A.I. will also augment us individually as people (deepening our memory, speeding our recognition) and collectively as a species. There is almost nothing we can think of that cannot be made new, different, or interesting by infusing it with some extra IQ.

33. Don’t believe in good or bad, or winning and losing, or victory and defeat, or ups and down. At your lowest and your highest, whether you are happy or despairing or calm or angry, there is a kernel of you that stays the same. That is the you that matters. 34. Don’t worry about the time you lose to despair. The time you will have afterwards has just doubled its value. 35. Be transparent to yourself. Make a greenhouse for your mind. Observe. 36. Read Emily Dickinson. Read Graham Green. Read Italo Calvino. Read Maya Angelou. Read anything you want. Just read. Books are possibilities. They are escape routes. They give you options when you have none. Each one can be a home for an uprooted mind. 37. If the sun is shining, and you can be outside, be outside. 38. Remember that the key thing about life on earth is change. Cars rust. Paper yellows. Technology dates. Caterpillars become butterflies. Nights morph into days. Depression lifts. 39. Just when you feel you have no time to relax, know that this is the moment you most need to make time to relax. 40. Be brave. Be strong. Breathe, and keep going. You will thank yourself later.

How can you run Analytics “as one”? If you leave Analytics to IT, you will end up with a first-class race car without a driver: All the technology would be there, but hardly anybody could apply it to real-world questions. Where Analytics is left to Business, however, you’d probably see various functional silos develop, especially in larger organizations. I have never seen a self-organized, cross-functional Analytics approach take shape successfully in such an organization. Instead, you can expect each Analytics silo to develop independently. They will have experts familiar with their business area, which allows for the right questions to be asked. On the other hand, the technical solutions will probably be second class as the functional Analytics department will mostly lack the critical mass to mimic an organization’s entire IT intelligence. Furthermore, a lot of business topics will be addressed several times in parallel, as those Analytics silos may not talk to each other. You see this frequently in organizations that are too big for one central management team. They subdivide management either into functional groups or geographical groups. Federation is generally seen as an organizational necessity. It is well known that it does not make sense to regularly gather dozens of managers around the same table: You’d quickly see a small group discussing topics that are specific to a business function or a country organization, while the rest would get bored. A federated approach in Analytics, however, comes with risks. The list of disadvantages reaches from duplicate work to inconsistent interpretation of data. You can avoid these disadvantages by designing a central Data Analytics entity as part of your Data Office at an early stage, to create a common basis across all of these areas. As you can imagine, such a design requires authority, as it would ask functional silos to give up part of their autonomy. That is why it is worthwhile creating a story around this for your organization’s Management Board. You’d describe the current setup, the behavior it fosters, and the consequences including their financial impact. Then you’d present a governance structure that would address the situation and make the organization “future-proof.” Typical aspects of such a proposal would be The role of IT as the entity with a monopoly for technology and with the obligation to consider the Analytics teams of the business functions as their customers The necessity for common data standards across all of those silos, including their responsibility within the Data Office Central coordination of data knowledge management, including training, sharing of experience, joint cross-silo expert groups, and projects Organization-wide, business-driven priorities in Data Analytics Collaboration bodies to bring all silos together on all management levels

If our cognitive skills are what separate us from animals, our character skills are what elevate us above machines. Computers and robots can now build cars, fly planes, fight wars, manage money, represent defendants in court, diagnose cancer, and perform cardiac surgery. As more and more cognitive skills get automated, we’re in the midst of a character revolution. With technological advances placing a premium on interactions and relationships, the skills that make us human are increasingly important to master.

Companies need to build systems with the assumption that they will be hacked. They need to develop technologies that notify us when we’ve been compromised and take automatic actions to block attackers.

Mandating autopilot for everything that moves would devastate employment in the sector. According to the American Trucking Associations, in 2010 approximately 3 million truck drivers were employed in the United States, and 6.8 million others were employed in jobs relating to trucking activity, including manufacturing trucks, servicing trucks, and other types of jobs.105 So roughly one of every fifteen workers in the country is employed in the trucking business.

One characteristic of disruptive technologies, as the electric car has the potential to be, is that their market penetration tends to start slowly and then accelerate rapidly

2011, I led the Department of Energy’s Quadrennial Technology Review to develop strategies for government support of emerging clean energy technologies. In one town hall meeting, I faced advocates for four different vehicle technologies—internal combustion engines powered by biofuels, compressed natural gas, hydrogen-powered fuel cells, and battery-powered plug-ins. Each of them believed that their technology was the optimal vision for the future, and that all the government had to do was support the development of the appropriate fueling infrastructure. When I reminded them that the country could probably deploy no more than two new fueling technologies at scale, a squabble ensued. There are several reasons I believe that electricity will fuel the passenger vehicles of the future, but one of them is that the existing electrical grid is a good start on the fueling infrastructure. If a widespread transition to plug-in electric cars does come about, systems thinking will be even more important as the electrical and transportation systems would have to work together to accommodate charging millions of vehicles.

the roughly $800 billion in available stimulus, we directed more than $90 billion toward clean energy initiatives across the country. Within a year, an Iowa Maytag plant I’d visited during the campaign that had been shuttered because of the recession was humming again, with workers producing state-of-the-art wind turbines. We funded construction of one of the world’s largest wind farms. We underwrote the development of new battery storage systems and primed the market for electric and hybrid trucks, buses, and cars. We financed programs to make buildings and businesses more energy efficient, and collaborated with Treasury to temporarily convert the existing federal clean energy tax credit into a direct-payments program. Within the Department of Energy, we used Recovery Act money to launch the Advanced Research Projects Agency–Energy (ARPA-E), a high-risk, high-reward research program modeled after DARPA, the famous Defense Department effort launched after Sputnik that helped develop not only advanced weapons systems like stealth technology but also an early iteration of the internet, automated voice activation, and GPS.

The Love of Money It is not money in itself but the “love of money” that is the root of all evil. When the threat of Climate Change became a national crisis, the families of noted politicians began investing their money in “new green technology,” including solar panels, wind turbines, and electric cars, as informed investors invest where future money is to be made. When COVID hit, there were already certain pharmaceuticals that were used to treat the virus, including one I took that helped me within 48 hours. However, these pills have been available for many years to help prevent malaria but were ignored or not permitted to be sold, as the companies creating the vaccines and various doctors put the word out that these pills were not effective, and only the vaccine would work. According to whistleblower-doctors, the underlying reason for rejecting a cheaper pill is because vaccines would create more money.

We love the way screens can, almost magically, absorb our children’s attention and give us a few moments of quiet in the car or before dinner.

Jeremy George Lake Charles Corvette Industry The Detroit metro automotive industry is indeed a significant part of the overall GSP (including vehicle production) of Michigan's economy and serves as an important hub for manufacturing, R & D, incubation, research and manufacturing. Jeremy George Lake Charles Automobile production accounts for more than 60% of total employment in Michigan, far higher than any other state. Michigan is the leading nation in terms of manufacturing jobs and the percentage of total employment in automobile production. In 1929, before the Great Depression, there were 32,028,500 cars in use worldwide, and the US automobile industry produced about 1,200,000 of them. Ford has done a lot to broaden the sales base of cars and create an industry for cars and automotive products. Jeremy George Lake Charles Two years later, GM, Ford, and Chrysler made profits, created jobs, invested and invested in research and development, and in developing new technologies.

You can't have two steering wheels in the same car.

Unfortunately, the Bull that gilded Renaissance New York did little for most Americans. Eighties Wall Street was about institutional money released by deregulation, mergers and acquisitions, and, most of all, the debt that made it all possible. As John Kenneth Galbraith points out, financial euphoria always starts with new ways to borrow money; this time it was triggered by the Savings & Loan crisis. Volcker’s rocketing interest rates had forced S&Ls to offer double digits to new depositors while only getting back single digits on the old thirty-year mortgages on their books. S&Ls were going under, and getting a mortgage was nearly impossible, so in March 1980, with the banking system and the housing market on the brink, Carter had signed a law to allow them to issue credit cards, invest in commercial real estate, and offer checking accounts in order to stay in business. Reagan then took it a step further with a change that encouraged S&Ls to sell their mortgages in search of higher returns, freeing up a $1 trillion that needed to be invested in something. Which takes us back to Salomon Brothers, where in 1978 one Lew Ranieri had repackaged an old investment product the government had clamped down on during the Depression: A group of home mortgages all backed by government insurance would be bundled together, then sliced into bonds, thus converting the debt some people owed on their homes into an asset for others. Ranieri had been a bit ahead of the curve then—the same high interest rates that killed the S&Ls also made his bonds unattractive—but now deregulation let Salomon buy up the S&Ls’ mortgages at a deep discount, bundle them into bonds, and sell them back to the S&Ls who believed they’d diversified into the bond market when in fact they’d just bought ground meat made out of their own steaks. In June 1983, Salomon Brothers and Freddie Mac together issued the first collateralized mortgage obligation bonds (CMOs), which bundled up debt and cut it into tranches based on the amount of risk: you could choose between ground chuck and ground sirloin. It would be years before technology would allow doing this on a huge scale, but the immediate impact was that all kinds of debt, not just mortgages, were bundled, cut into bonds, and sold: credit card debt, car loans, you name it. Between 1983 and 1988, some $60 billion of CMOs were sold; GM’s financing arm became more profitable than its cars. America began to make debt instead of things. The

Death Games (a) Conceptual. Nader again. His assault on the automobile clearly had me worried. Living in grey England, what I most treasured of my Shanghai childhood were my memories of American cars, a passion I’ve retained to this day. Looking back, one can see that Nader was the first of the ecopuritans, who proliferate now, convinced that everything is bad for us. In fact, too few things are bad for us, and one fears an indefinite future of pious bourgeois certitudes. It’s curious that these puritans strike such a chord - there is a deep underlying unease about the rate of social change, but little apparent change is actually taking place. Most superficial change belongs in the context of the word ‘new’, as applied to refrigerator or lawn-mower design. Real change is largely invisible, as befits this age of invisible technology - and people have embraced VCRs, fax machines, word processors without a thought, along with the new social habits that have sprung up around them. They have also accepted the unique vocabulary and grammar of late-20th-century life (whose psychology I have tried to describe in the present book), though most would deny it vehemently if asked.

Urmson and his colleagues learned that as their technology improved, the humans using it would become less reliable. “We realized that this was going to be much much harder to do than we had thought,” said engineer Dave Ferguson. “It just became clear that, look, if we can’t rely on the driver to pay attention, or to hand over control to, then basically we just have to solve the whole problem. We need to have this vehicle not need the driver.

of climate change. What was needed was a massive nudge in the right direction. In the past, the stick of regulation and the rod of taxation were the methods that environmentalists believed could break the fossil fuel economy. But the Inflation Reduction Act doesn’t rely on such punitive tactics, because Manchin culled them from the bill. Instead, it imagined that the United States could become the global leader of a booming climate economy, if the government provided tax credits and subsidies, a lucrative set of incentives. There was a cost associated with the bill. By the Congressional Budget Office’s score, it offered $386 billion in tax credits to encourage the production of wind turbines, solar panels, geothermal plants, and battery storage. Tax credits would reduce the cost of electric vehicles so that they would become the car of choice for Middle America. But $386 billion was an estimate, not a price tag, since the legislation didn’t cap the amount of money available in tax credits. If utilities wanted to build more wind turbines or if demand for electric vehicles surged, the government would keep spending. When Credit Suisse studied the program, it estimated that so many businesses and consumers will avail themselves of the tax credits that the government could spend nearly $800 billion. If Credit Suisse is correct, then the tax credits will unleash $1.7 trillion in private sector spending on green technologies. Within six years, solar and wind energy produced by the US will be the cheapest in the world. Alternative energies will cross a threshold: it will become financially irresponsible not to use them. Even though Joe Biden played a negligible role in the final negotiations, the Inflation Reduction Act exudes his preferences. He romanticizes the idea of factories building stuff. It is a vision of the Goliath of American manufacturing, seemingly moribund, sprung back to life. At the same time that the legislation helps to stall climate change, it allows the United States to dominate the industries of the future. This was a bill that, in the end, climate activists and a broad swath of industry could love. Indeed, strikingly few business lobbies, other than finance and pharma, tried to stymie the bill in its final stages. It was a far cry from the death struggles over energy legislation in the Clinton and Obama administrations, when industry scuppered transformational legislation. The Inflation Reduction Act will allow the United States to prevent its own decline. And not just economic decline. Without such a meaningful program, the United States would have had no standing to prod other countries to respond more aggressively to climate change. It would have been a marginal player in shaping the response to the planet’s greatest challenge. The bill was an investment in moral authority.

Every major change in the technologies underlying our lifestyles, from gunpowder to steel to the internal combustion engine to the rise of electricity, has required a leap of faith and a major break from the past. Imagine the fear, traveling long distances aboard a rickety vehicle that burned an explosively flammable liquid and rode upon black rubber tubes filled with air. What could possibly go wrong?! Yet people quickly overcame their fear of cars and focused instead on how to improve safety and reliability.

Meanwhile, the shortfalls in our legal, governance, and ethical frameworks are growing as technology keeps advancing.

A key difference between today’s and past transformations is that technological evolution has become much faster than the existing regulatory, legal, and political framework’s ability to assimilate and respond to it.

What is new is the degree of regulatory and systemic disruption that the savviest companies in this technology revolution are causing by taking advantage of the technology triad of data connectivity, cheap handheld computers, and powerful software to grab customers and build momentum before anyone can tell them to stop what they are doing.

Much thought and discussion with friends and experts I trust led me to formulate a lens or filter through which to view these newer technologies when assessing their value to society and mankind. This boils down to three questions relating to equality, risks, and autonomy: 1.   Does the technology have the potential to benefit everyone equally? 2. What are the risks and the rewards? 3.   Does the technology more strongly promote autonomy or dependence?

In an op-ed in Inc. magazine, Thomas Goetz explains the difficulties that Iodine and other startups in the United States have had in their efforts to revolutionize health care: Unlike so many other industries, health care has proved allergic to upstarts that would emerge, uncork a radically new model, and push the incumbents aside. There are many reasons for this, but most boil down to “health care is different.” It’s highly regulated, which makes rapid transformation difficult. The incumbents are massive enterprises with multiple services, so challenging them is nearly impossible. It isn’t a market-driven industry that responds to better, cheaper, faster. You can’t price-shop. The government is the biggest customer. All the incentives are misaligned.

The first part of the equation, the core role of our genomes in how we function, is already on the way to becoming comprehensible. There remains a secondary layer of genetics, of perhaps even greater effect: epigenetics. This is the study of how gene function is affected by interaction with the human body, the environment, and other stimuli.

What to Do Tonight Have a family meeting in which you talk about setting up technology-free times or zones. At the very least there should be no cell phones during meals or in the bedroom, but you may also want to carve out more cell-phone-free zones for the family. A friend’s wife says, “No cell phones on the couch. If you are on the couch, talk to me.” Model healthy use of technology. For example, never text while driving. If you need to send a text while you’re in the car, be sure to pull over. If you are on your phone when your child walks into the room, stop and greet him or her. If you need to check your phone for a text, e-mail, or alert, ask permission. “Is it okay if I check this? It might be Dad/I told so-and-so I would look for her message.” Try to have at least thirty minutes of unplugged “private time” every day with your kids during the week and at least an hour a day on weekends when you don’t take calls or check your phone. Consider identifying a certain period during the weekend (e.g., Sundays 9:00 A.M. to noon) as tech free—“It’s pancake, read the Times, and play a game time.” Negotiate with your kids if necessary about the best time for digital downtime. If your child has difficulty letting go of her phone, let her set a timer and tell her she can check her texts every ten or fifteen minutes. Ten to fifteen minutes seems obsessive—and it is, in our view—but kids who have a harder time with tech-free time will resent it less if you’re not rigid. Be respectful and know that even short periods of tech-free time may be hard for her.

Moore’s Law. This is the oft-quoted maxim that the number of transistors per unit of area on a semiconductor doubles every eighteen months. Moore’s Law explains why the iPhone or Android phone you hold in your hand is considerably faster than supercomputers were decades ago and orders of magnitude faster than the computers NASA employed in sending men to the moon during the Apollo missions.

Disruption of societies and human lives by new technologies is an old story. Agriculture, gunpowder, steel, the car, the steam engine, the internal-combustion engine, and manned flight all forced wholesale shifts in the ways in which humans live, eat, make money, or fight each other for control of resources. This time, though, Moore’s Law is leading the pace of change and innovation to increase exponentially.

Of the Star Trek: The Next Generation future, Captain Picard once said: “The acquisition of wealth is no longer the driving force in our lives. We work to better ourselves and the rest of humanity.” That is the future that we must build together.

In the 1990 election campaign both Labour and National parties adopted ambitious targets to reduce greenhouse gas emissions. The country at that point was near carbon-neutral, with sources of emissions balanced by forestry which s3equestered the carbon. However, in the coming decade emissions would skyrocket as New Zealanders drove more; trucks replaced rail and shipping for freight; coal and gas were increasingly burnt for electricity; vast swathes of the country’s farms and wetlands were converted to dairy farming; and coal was used to convert that milk to powder for export. The National government spent the 1990s anguishing over what tool to use to reduce emissions and ended up doing nothing. Labour came in in 1999, signed up to the Kyoto Protocol and announced a carbon tax, but set it so far in the future that coalition politics eventually killed it. Meanwhile, every year, NZ’s net emissions increased from cars, cows and coal. Labour took climate pollution out of the RMA, relying on voluntary commitments and technological wishes… By 2008 NZ’s emissions were 25% higher than they had been in 1990.

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Since the time of Edison, American business innovation and entrepreneurship have given the United States a technological edge over geopolitical rivals and ensured U.S. military supremacy. Ford’s mass-produced trucks and cars proved critical in many battles of World War I in overcoming Germany’s advantageous access to European railroad transport. Over the course of the war, the United States manufactured more than 70 percent of all allied war material, with Ford Motor Company alone contributing more than the entire Italian national war effort. By the 1940s, the U.S. domestic oil industry, dominated by Rockefeller’s Standard Oil, constituted two-thirds of world oil production and was a crucial factor in closing Britain’s fuel deficit compared to Germany and Japan.

As Gordon’s book The Rise and Fall of American Growth went to press in early 2016 (its publication facilitated by digital technologies), the internet continued to disrupt countless industries while the media fanned fears of an impending ‘second machine age’, in which robots replace human workers. Gordon’s Northwestern colleague Joel Mokyr suggested that a ‘shortfall of imagination [is] largely responsible for much of today’s pessimism’. Mokyr listed a number of revolutionary new technologies then under development, including 3D printing, graphene and genetic engineering, to which might be added autonomous cars and clean energy.19 Finance writer William Bernstein accused secular stagnationists of conflating what they couldn’t conceive with that which was not possible.20 Hansen made the same mistake. The most reliable prediction, Bernstein concluded, is to assume that past economic trends continue.

Car Technologies Got Really Advanced In The Last 140 Years, But In Coming Years Car Buying & Selling Technologies Will Advance Too.

Uber had to get creative to unlock the hard side of their network, the drivers. Initially, Uber’s focus was on black car and limo services, which were licensed and relatively uncontroversial. However, a seismic shift occurred when rival app Sidecar innovated in recruiting unlicensed, normal people as drivers on their platform. This was the “peer-to-peer” model that created millions of new rideshare drivers, and was quickly copied and popularized by Lyft and then Uber. Jahan Khanna, cofounder/chief technology officer of Sidecar, spoke of its origin: It was obvious that letting anyone sign up to be a driver would be a big deal. With more drivers, rides would get cheaper and the wait times would get shorter. This came up in many brainstorms at Sidecar, but the question was always, what was the regulatory framework that allows this to operate? What were the prior examples that weren’t immediately shut down? After doing a ton of research, we came onto a model that had been active for years in San Francisco run by someone named Lynn Breedlove called Homobiles that answered our question.22 It’s a surprising fact, but the earliest version of the rideshare idea came not from an investor-backed startup, but rather from a nonprofit called Homobiles, run by a prominent member of the LGBTQ community in the Bay Area named Lynn Breedlove. The service was aimed at protecting and serving the LGBTQ community while providing them transportation—to conferences, bars and entertainment, and also to get health care—while emphasizing safety and community. Homobiles had built its own niche, and had figured out the basics: Breedlove had recruited, over time, 100 volunteer drivers, who would respond to text messages. Money would be exchanged, but in the form of donations, so that drivers could be compensated for their time. The company had operated for several years, starting in 2010—several years before Uber X—and provided the template for what would become a $100 billion+ gross revenue industry. Sidecar learned from Homobiles, implementing their offering nearly verbatim, albeit in digital form: donations based, where the rider and driver would sit together in the front, like a friend giving you a ride. With that, the rideshare market was kicked off.

Tesla Motors was created to accelerate the advent of sustainable transport. If we clear a path to the creation of compelling electric vehicles, but then lay intellectual property landmines behind us to inhibit others, we are acting in a manner contrary to that goal. Tesla will not initiate patent lawsuits against anyone who, in good faith, wants to use our technology. When I started out with my first company, Zip2, I thought patents were a good thing and worked hard to obtain them. And maybe they were good long ago, but too often these days they serve merely to stifle progress, entrench the positions of giant corporations and enrich those in the legal profession, rather than the actual inventors. After Zip2, when I realized that receiving a patent really just meant that you bought a lottery ticket to a lawsuit, I avoided them whenever possible. At Tesla, however, we felt compelled to create patents out of concern that the big car companies would copy our technology and then use their massive manufacturing, sales and marketing power to overwhelm Tesla. We couldn’t have been more wrong. The unfortunate reality is the opposite: electric car programs (or programs for any vehicle that doesn’t burn hydrocarbons) at the major manufacturers are small to non-existent, constituting an average of far less than 1% of their total vehicle sales. Given that annual new vehicle production is approaching 100 million per year and the global fleet is approximately 2 billion cars, it is impossible for Tesla to build electric cars fast enough to address the carbon crisis. By the same token, it means the market is enormous. Our true competition is not the small trickle of non-Tesla electric cars being produced, but rather the enormous flood of gasoline cars pouring out of the world’s factories every day. We believe that Tesla, other companies making electric cars, and the world would all benefit from a common, rapidly-evolving technology platform. Technology leadership is not defined by patents, which history has repeatedly shown to be small protection indeed against a determined competitor, but rather by the ability of a company to attract and motivate the world’s most talented engineers. We believe that applying the open source philosophy to our patents will strengthen rather than diminish Tesla’s position in this regard.[431]

Zoey was disappointed that the van didn’t explode into a fireball like in old action movies, but that was one of the downsides of electric car technology.

As we saw in the introduction, the evangelists of big data and other human information technologies (whether corporate, scientific, or governmental) are fond of suggesting that “data is the new oil.”9 This is a conscious choice of words to frame the debates over our human information policy in ways that benefit the companies, scientists, and governments who would collect it. It was popularized by a cover story in the Economist magazine in 2017 titled “The World’s Most Valuable Resource Is No Longer Oil, but Data.”10 Data is the new oil, the analogy goes, because the industrial age’s cars, trucks, planes, ships, and power plants were fueled by oil, but the electronic engines of the information age will be fueled by human data.

It Makes No Sense For A Branded Physical Automobile Dealership To Spend Rs. 45000 To Source, Refurbish, Certify and Sell A Used Car If The Same Can Be Done At A Lower Price With The Help Of Technology And Data Science.

China’s import of chips—$260 billion in 2017, the year of Xi’s Davos debut—was far larger than Saudi Arabia’s export of oil or Germany’s export of cars. China spends more money buying chips each year than the entire global trade in aircraft.

They hate the infidels and want to kill them, but love the infidels’ technology, their dollars, their air conditioners, their cars, and their many gadgets.

Deprive a cat of sleep and it would die in two weeks. Deprive a human and he would become psychotic. His work was killing people. How was he supposed to frighten these guys? Run up behind them in a halloween mask and shout boo? He never saw the point of views -- what did it matter if it was an ocean or a brick wall you were looking at? People travelled hundreds, sometimes thousands of miles to commit suicide someplace with a beautiful view. Did a view matter when oblivion beckoned? They could put him in a garbage bin after he was gone, for all he cared. That's all the human race was anyway. Garbage with attitude. A cutting word is worse than a bowstring. A cut may heal but a cut of the tongue does not. The Sakawa students were all from poor, underprivileged backgrounds. Sakawa was a mix of religious juju and modern internet technology. They were taught, in structured classes, the art of online fraud as well as arcane African rituals -- which included animal sacrifice -- to have a voodoo effect on their victims, ensuring the success of each fraud. of which there was a wide variety. The British Empire spend five hundred years plundering the world. The word is 'thanks'. 'That's what it is, Roy! He won't come out, he has locked the doors! What if he self-harms, Roy! I mean -- what if he kills himself?' 'I will have to take him off my Christmas list.' "Any chance you can recover any of it?' 'You sitting near a window, Gerry?' 'Near a window? Sure, right by a window?' 'Can you see the sky?' 'Uh-huh. Got a clear view.' 'See any pigs flying past?' To dream of death is good for those in fear, for the death have no more fears. '...Cleo took me to the opera once. I spent the whole time praying for a fat lady to come on stage and start singing. Or a heart attack --whichever come sooner.' '..there is something strongly powerful -- almost magnetic -- about internet romances. A connection that is far stronger than a traditional meeting of two people. Maybe because on the internet you can lie all the time, each person gives the other their good side. It's intoxicating. That's one of the things which makes it so dangerous -- and such easy pickings for fraudsters.' He was more than a little pleased that he was about to ruin his boss's morning -- and, with a bit of luck, his entire day. ..a guy who had been born angry and had just got even angrier with each passing year. '...Then at some point in the future, I'll probably die in an overcrowded hospital corridor with some bloody hung-over medical student jumping up and down on my chest because they couldn't find a defibrillator. 'Give me your hand, bro,' the shorter one said. 'That one, the right one, yeah.' On the screen the MasterChef contestant said, 'Now with a sharp knife...' Jules de Copland drove away from Gatwick Airport in.a new car, a small Kia, hired under a different name and card, from a different rental firm, Avis. 'I was talking about her attitude. But I'll tell you this, Roy. The day I can't say a woman -- or a man -- is plug ugly, that's the day I want to be taken out and shot.' It seems to me the world is in a strange place where everyone chooses to be offended all the time. 'But not too much in the way of brains,' GlennBranson chipped in. 'Would have needed the old Specialist Search Unite to find any trace of them.' 'Ever heard of knocking on a door?' 'Dunno that film -- was it on Netflix?' 'One word, four letters. Begins with an S for Sierra, ends with a T for Tango. Or if you'd like the longest version, we've been one word, six letters, begins with F for Foxtrot, ends with D for Delta.' No Cop liked entering a prison. In general there was a deep cultural dislike of all police officers by the inmates. And every officer entering.a prison, for whatever purposes, was always aware that if a riot kicked off while they were there, they could be both an instant hostage and a prime target for violence.

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In his paper, Dr Davis referred to the infamous 1980 Cash-Landrum UFO case, covered earlier in this book, where the Landrum family reported a massive diamond-shaped UFO hovering over their car in the road near Dayton, Texas. As well as the trio reporting terrible burns from what experts declared was ionising radiation, one of the weirdest claims in the Cash-Landrum sighting was that they said they saw 23 helicopters, including massive CH-47 Chinooks, closely following the object. The US military denied any of its choppers were in the air nearby that night, and 23 of them in one place does sound implausible. Dr Davis’s paper gave an explanation – that the helicopters were ‘mimicry techniques employed for the manipulation of human consciousness to induce the various manifestations of “absurd” interactions or scenery associated with the UFO encounter. This in combination with the mimicry of man-made aircrafts’ (helicopters) aggregate features were prominent in the Cash-Landrum UFO case’. There is no explanation for how Dr Davis reached this conclusion. No known science describes the capacity to manipulate human consciousness to induce hallucinations as described. Modern science would say it was science fiction. However, an answer may lie in extraordinary PowerPoint slides we know now were prepared for a briefing of senior officials at the US Department of Defence, detailed online by The Mind Sublime. The individual behind that site told me he found the intriguing PowerPoint slides in early August 2018 while he was trawling through former US Deputy Assistant Secretary of Defence Christopher Mellon’s personal website.4 (This was shortly after The New York Times had revealed the existence of the previously secret Pentagon UAP investigation program.) The Mind Sublime researcher screenshotted his discovery to prove the slides came from Mellon’s website, and, importantly, because the document was stated to be a PowerPoint for a briefing of the Deputy Secretary of the Department of Defence. Perhaps it was these slides that prompted Senator Harry Reid to ask the Department of Defence for Special Access Program protection for the investigation – because what the slides said was momentous. If the unredacted slides accurately reflect the Defence Department’s knowledge of the UAP phenomenon, they are explosive. They reveal how the Pentagon’s UAP investigation unit advised the Defence Department not only that the mysterious craft were a ‘game changer’ but that the US military was powerless against them.5 One of the slides, headed ‘AATIP Preliminary Assessments’, shows that Elizondo’s Advanced Aerospace Threat Identification Program privately advised the Defence Department that ‘Preliminary evidence indicates that the United States is incapable of defending itself towards some of those technologies . . . The nature of these technologies and the fact that the United States has no countermeasures is considered Highly Sensitive’.6 The document, prepared for the Deputy Secretary of the Department of Defence, pushed for further investigation ‘in order to determine the full scope of the threat and their capabilities to be either exploited or defeated’.

Uber’s chief innovation is not that its app summons a car to your location with a smartphone and a GPS signal. It is that it used this moderately novel configuration of technology to argue that the old rules did not apply whenever it brought its taxi business to a market that already had a regulated taxi code.

Huebner predicted that it would take people about five years to catch on to his thinking, and this forecast proved almost exactly right. Around 2010, Peter Thiel, the PayPal cofounder and early Facebook investor, began promoting the idea that the technology industry had let people down. “We wanted flying cars, instead we got 140 characters” became the tagline of his venture capital firm Founders Fund. In an essay called “What Happened to the Future,” Thiel and his cohorts described

Alan Turing and Gordon Moore could never have predicted, let alone altered the rise of, social media, memes, Wikipedia, or cyberattacks. Decades after their invention, the architects of the atomic bomb could no more stop a nuclear war than Henry Ford could stop a car accident. Technology’s unavoidable challenge is that its makers quickly lose control over the path their inventions take once introduced to the world.

Selling & Buying" Everyone is up for sale, because most are looking for nothing but selling and buying … They sell life to buy a wretched living! You see them selling with no shame or dignity, and whenever you encounter a sign of kindness or a smile, you soon discover that it is fake and for marketing purposes only… You see the sons of bitches and their children and grandchildren all busy selling real estate cars bodies and desires fruit and vegetables countries and agricultural lands natural resources (after proxy revolutions) clothes, shoes, and things – both fake and original – cheap gifts and souvenirs in touristy cities iPhones with ugly accessories long and wide lists of all things, big or small, that are supposed to make them happier trendier more attractive and more human… And between one sale and another, they rest and talk about values, the Creator, ethics, religion, what is prohibited and what’s allowed… Between one sale and another buy, you find them discussing dignity and freedom, theorizing the meaning of life, talking about politics and revolutions nature and the environment diseases and chronic illnesses the latest technological advancements about everything expect the fact that all the misfortunes on this planet are because they don’t hesitate to sell anything and everything their hands can reach, in exchange for one moment of superficiality! You see those who chase after and master the game of selling and buying in perfect harmony with the latest trends and styles, yet dwelling inside miserable bodies whose soul and spirit have long departed with no return… Oh, how fortunate are those who learned to adapt with this game of selling and buying… [Original poem published in Arabic on June 29, 2024 at ahewar.org]

German car manufacturer Daimler has a similar email management policy. The company’s one hundred thousand employees can set incoming emails to delete automatically when they’re on vacation. A so-called mail on holiday assistant automatically emails the sender to explain that the email wasn’t delivered, and suggests another Daimler employee who will step in if the email is urgent. Workers come back from their vacations to an inbox that looks exactly as it did when they left several weeks ago.

When it gets down to it—talking trade balances here—once we've brain-drained all our technology into other countries, once things have evened out, they're making cars in Bolivia and microwave ovens in Tadzhikistan and selling them here—once our edge in natural resources has been made irrelevant by giant Hong Kong ships and dirigibles that can ship North Dakota all the way to New Zealand for a nickel—once the Invisible Hand has taken all those historical inequities and smeared them out into a broad global layer of what a Pakistani brickmaker would consider to be prosperity

Physiologically, man in the normal use of technology (or his variously extended body) is perpetually modified by it and in turn finds ever new ways of modifying his technology. Man becomes, as it were, the sex organs of the machine world, as the bee of the plant world, enabling it to fecundate and to evolve ever new forms. The machine world reciprocates man’s love by expediting his wishes and desires, namely, in providing him with wealth. One of the merits of motivation research has been the revelation of man’s sex relation to the motor car.

So can we arrive at a general principle as to why e-books have flopped in developed markets while audio and video streaming have triumphed? The technology commentator and best-selling author Edward Tenner argues that there are several reasons people are sometimes reluctant to abandon an old technology in favor of a new one. The first involves the potential vulnerabilities of the new thing. For instance, the fax machine is now a museum piece, but for a while people continued to prefer it over emailing scanned documents out of security concerns. Another potential reason involves aesthetics and nostalgia. Although dwarfed by music CDs and streaming, vinyl record sales continue to grow within the niche market of music aficionados. And despite improvements in automatic transmissions, certain car lovers prefer stick shifts. Perhaps the key to understanding format resilience is that technologies rise and fall as part of ecosystems, rarely on their own or by themselves. Those ecosystems need to evolve quickly, through open innovation, in order to appeal to new generations of users, transforming the landscape in the process. E-book platforms have remained fundamentally closed to external innovators, especially on the software side. As a result, the functionality of e-books remains limited. Moreover, research indicates that reading a physical book enables the reader to absorb information more efficiently than reading the same book on an e-reader or a tablet. “The implicit feel of where you are in a physical book turns out to be more important than we realized,” argues Abigail Sellen, a scientist and engineer at Microsoft Research Cambridge in England. “Only when you get an e-book do you start to miss it. I don’t think e-book manufacturers have thought enough about how you might visualize where you are in a book.

Jevons Paradox proposes that increases in efficiency in the use of a resource lead to an overall increase in the use of that resource, not a decrease. William Stanley Jevons, writing in 1865, was referring to the history of the use of coal; once the Watt engine was introduced, which greatly increased the efficiency of coal burning as energy creation, the use of coal grew far beyond the initial reduction in the amount needed for the activity that existed before the time of the improvement. The rebound effect of this paradox can be mitigated only by adding other factors to the uptake of the more efficient method, such as requirements for reinvestment, taxes, and regulations. So they say in economics texts. The paradox is visible in the history of technological improvements of all kinds. Better car miles per gallon, more miles driven. Faster computer times, more time spent on computers. And so on ad infinitum. At this point it is naïve to expect that technological improvements alone will slow the impacts of growth and reduce the burden on the biosphere. And yet many still exhibit this naiveté. Associated with this lacuna in current