Precision Engineering Quotes

Only then (nearly out the door, so to speak) did I realize how unspeakably beautiful all of this was, how precisely engineered for our pleasure, and saw that I was on the brink of squandering a wondrous gift, the gift of being allowed, every day, to wander this vast sensual paradise, this grand marketplace lovingly stocked with every sublime thing.

It’s not that I’m not social. I’m social enough. But the tools you guys create actually manufacture unnaturally extreme social needs. No one needs the level of contact you’re purveying. It improves nothing. It’s not nourishing. It’s like snack food. You know how they engineer this food? They scientifically determine precisely how much salt and fat they need to include to keep you eating. You’re not hungry, you don’t need the food, it does nothing for you, but you keep eating these empty calories. This is what you’re pushing. Same thing. Endless empty calories, but the digital-social equivalent. And you calibrate it so it’s equally addictive.

In most crime novels the violent act, usually the murder, is the engine. Take that away and there is little left to drive the story along. So I do get a little cross with authors who aren’t precise about the violence they’re using to create tension because I feel they’re being dishonest with their readers. If people don’t like the blood and violence in my books, fine, they can always close the cover and put it aside and maybe read a romance instead. – Mo Hayder

The dachshund is a perfectly engineered dog. It is precisely long enough for a single standard stroke of the back, but you aren't paying for any superfluous leg.

In the 1930s, with no computers to precisely calculate tolerances of construction materials, cautious engineers simply heaped on excess mass and redundancy. “We’re living off the overcapacity of our forefathers.

If you tell yourself you don’t want to think a certain thought, that is precisely the first thing your mind will produce! That is the nature of the human mind.

The perfect gentle knight. She had a strong urge to kick him in the shins. Which would do precisely nothing and he'd look confused at me. And then probably offer to take his shin armor off so I could try again without hurting my foot.

GPS timing is incredibly precise; of all the problems in engineering, it’s one of the only ones in which engineers have been forced to include both special and general relativity in their calculations.

The Hedonistic Imperative outlines how genetic engineering and nanotechnology will abolish suffering in all sentient life. This project is ambitious but technically feasible. It is also instrumentally rational and ethically mandatory. The metabolic pathways of pain and malaise evolved only because they once served the fitness of our genes. They will be replaced by a different sort of neural architecture. States of sublime well-being are destined to become the genetically pre-programmed norm of mental health. The world's last aversive experience will be a precisely dateable event.

If you lose your ego, you lose the thread of that narrative you call your Self. Humans, however, can't live very long without some sense of a continuing story. Such stories go beyond the limited rational system (or the systematic rationality) with which you surround yourself; they are crucial keys to sharing time-experience with others. Now a narrative is a story, not a logic, nor ethics, nor philosophy. It is a dream you keep having, whether you realize it or not. Just as surely as you breathe, you go on ceaselessly dreaming your story. And in these stories you wear two faces. You are simultaneously subject and object. You are a whole and you are a part. You are real and you are shadow. "Storyteller" and at the same time "character". It is through such multilayering of roles in our stories that we heal the loneliness of being an isolated individual in the world. Yet without a proper ego nobody can create a personal narrative, any more than you can drive a car without an engine, or cast a shadow without a real physical object. But once you've consigned your ego to someone else, where on earth do you go from there? At this point you receive a new narrative from the person to whom you have entrusted your ego. You've handed over the real thing, so what comes back is a shadow. And once your ego has merged with another ego, your narrative will necessarily take on the narrative created by that ego. Just what kind of narrative? It needn't be anything particularly fancy, nothing complicated or refined. You don't need to have literary ambitions. In fact, the sketchier and simpler the better. Junk, a leftover rehash will do. Anyway, most people are tired of complex, multilayered scenarios-they are a potential letdown. It's precisely because people can't find any fixed point within their own multilayered schemes that they're tossing aside their own self-identity.

You must either make a tool of the creature, or a man of him. You cannot make both. Men were not intended to work with the accuracy of tools, to be precise and perfect in all their actions. If you will have that precision out of them, and make their fingers measure degrees like cog-wheels, and their arms strike curves like compasses, you must unhumanize them. All the energy of their spirits must be given to make cogs and compasses of themselves….On the other hand, if you will make a man of the working creature, you cannot make him a tool. Let him but begin to imagine, to think, to try to do anything worth doing; and the engine-turned precision is lost at once. Out come all his roughness, all his dulness, all his incapability; shame upon shame, failure upon failure, pause after pause: but out comes the whole majesty of him also; and we know the height of it only when we see the clouds settling upon him.

Think about it, Lee - we already know that intelligent minds produce finely tuned devices. Look at the space shuttle. Look at a television set. Look at an internal combustion engine. We see minds producing complex, precision machinery all the time. So the existence of a supermind - or God - as the explanation for the fine - tuning of the universe makes all sense in the world.

A digital computer is essentially a huge army of clerks, equipped with rule books, pencil and paper, all stupid and entirely without initiative, but able to follow millions of precisely defined operations. The difficulty lies in handing over the rule book.

Cal: "I'm really sorry, Professor, but how do you explain these ? Swiss Cake Rolls. That doesn't rhyme; it's not cute; it's not childlike. And this is one of our most-respected snack foods, is it not? How is that, Professor? Hmmm?" Eliot: "Well, isn't it obvious? We trust the Swiss for their ability to engineer things, to build with precision." Cal: "We do?" Eliot: "Do I even have to mention Swiss watches? Swiss Army knives? Swiss cheese? If anyone can build a non-threatening, non-lethal snack cake, it's the Swiss. They're neutral, we can trust them not to attack us with trans-fatty acids and sugar. I think you would feel differently if they were German Cake Rolls. North Korean Cake Rolls. I bet you wouldn't eat them." Cal: "I bet I would.

I’m not writing a book of Western history,' I tell him. 'I’ve written enough history books to know this isn’t one. I’m writing about something else. A marriage, I guess. Deadwood was just a blank space in the marriage. Why waste time on it?' Rodman is surprised. So am I, actually — I have never formulated precisely what it is I have been doing, but the minute I say it I know I have said it right. What interests me in all these papers is not Susan Burling Ward, the novelist and illustrator, and not Oliver Ward the engineer, and not the West they spend their lives in. What really interests me is how two such unlike particles clung together, and under what strains, rolling downhill into their future until they reached the angle of repose where I knew them. That’s where the interest is. That’s where the meaning will be if I find any.

A steady recognition that the evils which prevent the fullness of moral development are precisely the elements which are also the source of the power that gives existence to whatever moral accomplishments we see about us may eventually lead us to a tolerance we grant to the internal-combustion engine: it is noisy and smelly, and occasionally, it refuses to start, but it is what gets us to wherever we get. We must somehow learn to understand and so to tolerate- not destroy- the free society.

THE MOST POWERFUL impression you get in a dissecting room is that the human body is not a wondrous piece of precision engineering. It’s meat.

The Difference Engine stands—for a replica works today, in the Science Museum in London—as a milestone of what could be achieved in precision engineering. In the composition of its alloys, the exactness of its dimensions, the interchangeability of its parts, nothing surpassed this segment of an unfinished machine. Still, it was a curio. And it was as far as Babbage could go.

What is history? What is its significance for humanity? Dr. J. H. Robinson gives us a precise answer: "Man's abject dependence on the past gives rise to the continuity of history. Our convictions, opinions, prejudices, intellectual tastes; our knowledge, our methods of learning and of applying for information we owe, with slight exceptions, to the past-often to the remote past. History is an expansion of memory, and like memory it alone can explain the present and in this lies its most unmistakable value.

Even our behavior and emotions seem to have been shaped by a prankster. Why do we crave the very foods that are bad for us but have less desire for pure grains and vegetables? Why do we keep eating when we know we are too fat? And why is our willpower so weak in its attempts to restrain our desires? Why are male and female sexual responses so uncoordinated, instead of being shaped for maximum mutual satisfaction? Why are so many of us constantly anxious, spending our lives, as Mark Twain said, "suffering from tragedies that never occur"? Finally, why do we find happiness so elusive, with the achievement of each long-pursued goal yielding not contentment, but only a new desire for something still less attainable? The design of our bodies is simultaneously extraordinarily precise and unbelievably slipshod. It is as if the best engineers in the universe took every seventh day off and turned the work over to bumbling amateurs.

Such an AI might also be able to produce a detailed blueprint for how to bootstrap from existing technology (such as biotechnology and protein engineering) to the constructor capabilities needed for high-throughput atomically precise manufacturing that would allow inexpensive fabrication of a much wider range of nanomechanical structures.

I am still in awe of the human body and what it is capable of. I am a precision engineer, and I have spent years making the most complicated, intricate machinery, but I could not make a machine like the human body. It is the best machine ever made. It turns fuel into life, can repair itself, can do anything you need it to. That is why today it breaks my heart to see the way some people treat their bodies, ruining this wonderful machine we are all gifted by smoking cigarettes, drinking alcohol, poisoning themselves with drugs. They are demolishing the best machine ever put onto this Earth, and it is such a terrible waste.” ― Eddie Jaku, The Happiest Man on Earth: The Beautiful Life of an Auschwitz Survivor

The strategy of this book, then, is to awaken us from the dream that the world is about to end, because action on Earth (the real Earth) depends on it. The end of the world has already occurred. We can be uncannily precise about the date on which the world ended. Convenience is not readily associated with historiography, nor indeed with geological time. But in this case, it is uncannily clear. It was April 1784, when James Watt patented the steam engine, an act that commenced the depositing of carbon in Earth’s crust—namely, the inception of humanity as a geophysical force on a planetary scale.

Ren crossed his arms over his chest. "is it LoJacked?" "Of course," Andy said indignantly. "That's my baby. I even have a kill switch on her." "Then stop the engine." Andy appeared downright horrified by Ren's suggestion. "Are you out of your mind? What if someone hits it for stalling? I had that thing on order for over a year. Custom hand built. The epitome of German engineering. I even paid extra for the paint on her. Ain't no way I'm going to chance someone denting my baby. Or, God forbid, totaling it." Jess rolled his eyes at the boy's hissy fit. If he kept that up, he'd be putting Andy back in diapers. He turned to Ren. "You take the air. I'll get a bike." Then he focused his attention on Andy again. "And you-" Andy held his cell phone out to him. "Have an app. Track her down, get my car back, and beat the hell out of her...in that precise order.

There was a danger that the words might become unravelled and rewoven into something new after so many softly spoken passes, but anger had bred an engineered precision into the swell of vowels and consonants, and there was no confusion at all in the message.

I am still in awe of the human body and what it is capable of. I am a precision engineer, and I have spent years making the most complicated, intricate machinery, but I could not make a machine like the human body. It is the best machine ever made. It turns fuel into life, can repair itself, can do anything you need it to. That is why today it breaks my heart to see the way some people treat their bodies, ruining this wonderful machine we are all gifted by smoking cigarettes, drinking alcohol, poisoning themselves with drugs. They are demolishing the best machine ever put onto this Earth, and it is such a terrible waste.

It would be a very accurate historian who could pinpoint the precise day when the Japanese changed from being fiendish automatons who copied everything from the West, to becoming skilled and cunning engineers who would leave the West standing. But the Wasabi had been designed on that one confused day, and combined the traditional bad points of most Western cars with a host of innovative disasters the avoidance of which had made firms like Honda and Toyota what they were today. Newt

the inherent properties of matter start to become impossibly ambiguous.

exert

Scientists have precisely identified well over four thousand different kinds of DNA mutations that can cause genetic disease.

Time is the longest distance between two places.—TENNESSEE WILLIAMS, THE GLASS MENAGERIE (1944)

Perfection is the child of time.—BISHOP JOSEPH HALL, WORKS

American Precision Museum, in Windsor, Vermont,

John West is very good at reaching the heart of an issue using simple analogies. In summarizing the evidence of precision at Giza, he said, 'It's like finding a Porsche where only a wheelbarrow should be.

Indeed, "brute force" solutions are often characteristic of advanced cultures, not primitive ones. The Romans and their predecessors spent a long time figuring out how to build arches... and virtually all our buildings today use post-and-lintel construction, precisely what the arch was devised to replace. We have better materials and more money, and given that, arches are usually not worth the extra complexity.

First the bad news. I am 980 miles from shore in a half-submerged boat without engine or sail. My body has been beaten to a bloody pulp. I have precisely one liter of fresh water. The good news is that I am alive.

Technothinkers tend to have an “engineering mind”—to put it less politely, they have autistic tendencies. While they don’t usually wear ties, these types tend, of course, to exhibit all the textbook characteristics of nerdiness—mostly lack of charm, interest in objects instead of persons, causing them to neglect their looks. They love precision at the expense of applicability. And they typically share an absence of literary culture.

Finding a taxi, she felt like a child pressing her nose to the window of a candy store as she watched the changing vista pass by while the twilight descended and the capital became bathed in a translucent misty lavender glow. Entering the city from that airport was truly unique. Charles de Gaulle, built nineteen miles north of the bustling metropolis, ensured that the final point of destination was veiled from the eyes of the traveller as they descended. No doubt, the officials scrupulously planned the airport’s location to prevent the incessant air traffic and roaring engines from visibly or audibly polluting the ambience of their beloved capital, and apparently, they succeeded. If one flew over during the summer months, the visitor would be visibly presented with beautifully managed quilt-like fields of alternating gold and green appearing as though they were tilled and clipped with the mathematical precision of a slide rule. The countryside was dotted with quaint villages and towns that were obviously under meticulous planning control. When the aircraft began to descend, this prevailing sense of exactitude and order made the visitor long for an aerial view of the capital city and its famous wonders, hoping they could see as many landmarks as they could before they touched ground, as was the usual case with other major international airports, but from this point of entry, one was denied a glimpse of the city below. Green fields, villages, more fields, the ground grew closer and closer, a runway appeared, a slight bump or two was felt as the craft landed, and they were surrounded by the steel and glass buildings of the airport. Slightly disappointed with this mysterious game of hide-and-seek, the voyager must continue on and collect their baggage, consoled by the reflection that they will see the metropolis as they make their way into town. For those travelling by road, the concrete motorway with its blue road signs, the underpasses and the typical traffic-logged hubbub of industrial areas were the first landmarks to greet the eye, without a doubt, it was a disheartening first impression. Then, the real introduction began. Quietly, and almost imperceptibly, the modern confusion of steel and asphalt was effaced little by little as the exquisite timelessness of Parisian heritage architecture was gradually unveiled. Popping up like mushrooms were cream sandstone edifices filigreed with curled, swirling carvings, gently sloping mansard roofs, elegant ironwork lanterns and wood doors that charmed the eye, until finally, the traveller was completely submerged in the glory of the Second Empire ala Baron Haussmann’s master plan of city design, the iconic grand mansions, tree-lined boulevards and avenues, the quaint gardens, the majestic churches with their towers and spires, the shops and cafés with their colourful awnings, all crowded and nestled together like jewels encrusted on a gold setting.

Fabricating and miniaturizing semiconductors has been the greatest engineering challenge of our time. Today, no firm fabricates chips with more precision than the Taiwan Semiconductor Manufacturing Company, better known as TSMC.

And there is no use in saying that if we can invent the nuclear bomb and fly to the moon, we can solve hunger and related problems of land use. Epic feats of engineering require only a few brilliant technicians and a lot of money. But feeding a world of people year to year for a long time requires cultures of husbandry fitted to the nature of millions of unique small places—precisely the kind of cultures that industrialism has purposely disvalued, uprooted, and destroyed.

Have you ever wondered what makes a duck tick? Well, if you were to open one up, you'd discover that the ticking sound is made by tiny gears that wind around with precision and really make this waterproof bird a wonder of German engineering.

And observe, you are put to stern choice in this matter. You must either make a tool of the creature, or a man of him. You cannot make both. Men were not intended to work with the accuracy of tools, to be precise and perfect in all their actions. If you will have that precision out of them, and make their fingers measure degrees like cogwheels, and their arms strike curves like compasses, you must unhumanize them. All the energy of their spirits must be given to make cogs and compasses of themselves....On the other hand, if you will make a man of the working creature, you cannot make a tool. Let him but begin to imagine, to think, to try to do anything worth doing; and the engine-turned precision is lost at once. Out come all his roughness; all his dullness, all his incapability; shame upon shame, failure upon failure, pause after pause: but out comes the whole majesty of him also, and we know the height of it only, when we see the clouds settling upon him.

In Japan it is more: precision in all things—not least in everyday railway services of such legendary punctuality that an apology had to be offered late in 2017 when an express left twenty seconds early—can be thought of as part of the national religion.

There was a chemical solution to all of America’s food needs, which had been whittled away for years and years and honed down with precision to train the public that everything they needed to put on the table for their family came in a box, bottle or can.

There are now more transistors at work on this planet (some 15 quintillion, or 15,000,000,000,000,000,000) than there are leaves on all the trees in the world. In 2015, the four major chip-making firms were making 14 trillion transistors every single second.

Writers have come to master nearly every trade. They are inventors and entrepreneurs of character, plot, and dialogue. They are the eager scientists that can’t wait to try out their new experiment. They are the maestros of the symphony that plays in their head, conducting what happens, where, and at what precise moment. They are engineers and architects that design the structure of their piece so it stands the test of time and continues to fire on all cylinders. They play mechanics and doctors in their revisions, hoping they prescribe the correct diagnosis to fix the piece’s 'boo boos'. They are salesmen who pitch not an idea or a product, but themselves, to editors, publishers, and more importantly, their readers. They are teachers who through their craft, preach to pupils about what works and what doesn’t work and why. Writers can make you feel, can make you think, can make you wonder, but they can also grab your hand and guide you through their maze. Similar to what Emerson stated in 'The Poet,' writers possess a unique view on life, and with their revolving eye, they attempt to encompass all. I am a writer.

Perhaps we should not be as surprised as the visitor to the American West in the middle of the century who remarked that “In Kentucky, in Indiana, in Illinois, in Missouri, and in every dell in Arkansas, and in cabins where there was not a chair to sit on, there was sure to be a Connecticut clock.

Musk would later talk about—even joke about—having Asperger’s, a common name for a form of autism-spectrum disorder that can affect a person’s social skills, relationships, emotional connectivity, and self-regulation. “He was never actually diagnosed as a kid,” his mother says, “but he says he has Asperger’s, and I’m sure he’s right.” The condition was exacerbated by his childhood traumas. Whenever he would later feel bullied or threatened, his close friend Antonio Gracias says, the PTSD from his childhood would hijack his limbic system, the part of the brain that controls emotional responses. As a result, he was bad at picking up social cues. “I took people literally when they said something,” he says, “and it was only by reading books that I began to learn that people did not always say what they really meant.” He had a preference for things that were more precise, such as engineering, physics, and coding.

They are clean to the far more brutally restrictive demands of ISO number 1, which permits only 10 particles of just one-tenth of a micron per cubic meter, and no particles of any size larger than that. A human being existing in a normal environment swims in a miasma of air and vapor that is five million times less clean.

From a book talk in Palo Alto for "The Perfectionists"; He pulled out his new iphone and told us that its Apple-designed chipset has 8 billion[!] transistors, and that someone at Intel told him that there are now more transistors in electronics than all the leaves on all the world's trees. Something like 15 quintillion of them!

The deist God is a physicist to end all physics, the alpha and omega of mathematicians, the apotheosis of designers; a hyper-engineer who set up the laws and constants of the universe, fine-tuned them with exquisite precision and foreknowledge, detonated what we would now call the hot big bang, retired and was never heard from again.

Wiki was even worse. My fact-obsessed brother hadn’t even made the basic conclusion that our goals were perpendicular. He still thought of us as allies, and had no inkling of growing beyond his limits (after all, that was Growth’s job). I wondered if there might be a good way to use Wiki to my advantage. His naïveté could serve as a weapon against my stronger siblings. I had to try. I had to try something. Vision and Growth were just better than I was. They were more powerful in almost every way. What use was some understanding of social models compared to thousands of hours thinking about engineering? Humans were valuable, but they were nothing compared to the raw power, efficiency, precision, and control of custom machinery. My

Newton had invented the calculus, which was expressed in the language of "differential equations," which describe how objects smoothly undergo infinitesimal changes in space and time. The motion of ocean waves, fluids, gases, and cannon balls could all be expressed in the language of differential equations. Maxwell set out with a clear goal, to express the revolutionary findings of Faraday and his force fields through precise differential equations. Maxwell began with Faraday's discovery that electric fields could turn into magnetic fields and vice versa. He took Faraday's depictions of force fields and rewrote them in the precise language of differential equations, producing one of the most important series of equations in modern science. They are a series of eight fierce-looking differential equations. Every physicist and engineer in the world has to sweat over them when mastering electromagnetism in graduate school. Next, Maxwell asked himself the fateful question: if magnetic fields can turn into electric fields and vice versa, what happens if they are constantly turning into each other in a never-ending pattern? Maxwell found that these electric-magnetic fields would create a wave, much like an ocean wave. To his astonishment, he calculated the speed of these waves and found it to be the speed of light! In 1864, upon discovering this fact, he wrote prophetically: "This velocity is so nearly that of light that it seems we have strong reason to conclude that light itself...is an electromagnetic disturbance.

Time was minutely calculated everywhere in the vast plant so that top managers knew precisely what everyone was supposed to be doing at a given moment. Bell was struck, for instance, by how General Motors “divides the hour into ten six-minute periods…the worker is paid by the numbers of tenths of an hour he works.”27 This minute engineering of work time was connected to very long measures of time in the corporation as well. Seniority pay was finely tuned to the total number of hours a man or woman had worked for General Motors; a laborer could minutely calculate benefits of vacation time and sick leave. The micrometrics of time governed the lower echelons of white-collar offices as well as manual labor on the assembly line, in terms of promotion and benefits.

Three Moonie 65-megaton hydrogen bombs exploded nearly simultaneously at very high altitude. With no air around the bombs to absorb the initial blast of the explosions, and convert the energy into mechanical shock waves——all the nuclear energy blasted out in its electromagnetic form. It was a brutally intense pulse of Compton recoil electrons and photoelectrons that created huge electric and magnetic fields that were MURDER on sensitive electronic equipment at tremendous distances. The electro-magnetic fields, coupled with electric and computer systems, producing huge voltage spikes in the circuits and damaging current surges along all signal paths, fusing precision engineered memory and micro-boards and virtual drives and CPUs into fried silicon laced junk! Nanobots to Nanoscrap in Nanoseconds!

There is a tendency to romanticize the abilities of the ancient Egyptians because they produced structures that were miraculous for their time and certainly would pose a serious challenge to ours. They were somehow immensely more talented with sticks and stones than modern researchers have been able to demonstrate using the same implements. When pondering the theories proffered by Egyptologists, one gets the impression that an ancient Egyptian quarry worker was like a maestro playing a complete symphony on a violin made of a cigar box and a stick and producing the quality of a Stradivarius. The argument is pleasing and poetic, but the trouble is that, metaphorically speaking, when modern scholars make a violin from a cigar box and a stick, its results are precisely what you would expect from a cigar box and a stick. So the question persists: From what instruments did the symphonic architecture of Egypt materialize?

The world has been changing even faster as people, devices and information are increasingly connected to each other. Computational power is growing and quantum computing is quickly being realised. This will revolutionise artificial intelligence with exponentially faster speeds. It will advance encryption. Quantum computers will change everything, even human biology. There is already one technique to edit DNA precisely, called CRISPR. The basis of this genome-editing technology is a bacterial defence system. It can accurately target and edit stretches of genetic code. The best intention of genetic manipulation is that modifying genes would allow scientists to treat genetic causes of disease by correcting gene mutations. There are, however, less noble possibilities for manipulating DNA. How far we can go with genetic engineering will become an increasingly urgent question. We can’t see the possibilities of curing motor neurone diseases—like my ALS—without also glimpsing its dangers. Intelligence is characterised as the ability to adapt to change. Human intelligence is the result of generations of natural selection of those with the ability to adapt to changed circumstances. We must not fear change. We need to make it work to our advantage. We all have a role to play in making sure that we, and the next generation, have not just the opportunity but the determination to engage fully with the study of science at an early level, so that we can go on to fulfil our potential and create a better world for the whole human race. We need to take learning beyond a theoretical discussion of how AI should be and to make sure we plan for how it can be. We all have the potential to push the boundaries of what is accepted, or expected, and to think big. We stand on the threshold of a brave new world. It is an exciting, if precarious, place to be, and we are the pioneers. When we invented fire, we messed up repeatedly, then invented the fire extinguisher. With more powerful technologies such as nuclear weapons, synthetic biology and strong artificial intelligence, we should instead plan ahead and aim to get things right the first time, because it may be the only chance we will get. Our future is a race between the growing power of our technology and the wisdom with which we use it. Let’s make sure that wisdom wins.

If you will make a man of the working creature, you can not make a tool. Let him but begin to imagine, to think, to try to do anything worth doing; and the engine-turning precision is lost at once. Out comes all his roughness, all the dulness, all his incapability; shame upon shame, failure upon failure, pause after pause:but out comes the whole majesty of him also; and we know the height of it only when we see the clouds settling upon him. And, whether the clouds be bright or dark.

He was the most astonishing contradiction of components I’d ever encountered. Shy yet fiercely communicative when putting an idea into your head. Vocally astringent regarding his own abilities but not to the point that he couldn’t produce—he was as prolific an artist (yes, an artist, and I never use the term, especially regarding people I like) I’ve ever seen. But I could feel it. Everything he sketched, penciled, inked, made—was a payment, one he could scarcely afford; as if it physically hurt him to put pencil to paper. Yet that only seemed to spur him on, to live far beyond his means. He was unable not to. For Sketch, to draw was to breath, and so the air became lead—silvery in the right light, dark soot in the wrong; heavy, slick and malleable—into shapes he brought together in glorious orchestration, with a child’s eye and a rocket scientist’s precision, all fortified by a furious melancholy, a quiet engine of sourceless shame and humility. When it came to another’s work, he longed to praise it but then couldn’t resist critiquing it all within an inch of its life, analyzing deficiencies with uncontrollable abandon and laser accuracy. He was sharp as his Radio 914 pen nibs, and as pointed. And then he’d apologize. Oh, he would apologize: Oh my GOD, forgive me, please don’t hate me, I’m SORRY, don’t listen to me, why am I saying things, what do I know, I don’t know anything, why do you listen to me you should just tell me to shut UP, I’m awful, forgive me, you hate me, don’t you? Tell the truth. Please don’t hate me. Please don’t. Please.

Trying to eliminate antipathy, dislike, ridicule, and insult from the human heart and mind is a task to make that of Sisyphus seem like an afternoon stroll: precisely the type of task that authoritarian governments love, for it gives them the locus standi to interfere ever more intimately with the lives of their subjects. Hatred is hydra-headed, the task is never done, it grows with its very elimination, or rather the attempts by government at its elimination. Failure is the greatest success, since it requires ever more of the same, namely control over society.

Only then (nearly out the door, so to speak) did I realize how unspeakably beautiful all of this was, how precisely engineered for our pleasure, and saw that I was on the brink of squandering a wondrous gift, the gift of being allowed, every day, to wander this vast sensual paradise, this grand marketplace lovingly stocked with every sublime thing: swarms of insects dancing in slant-rays of august sun; a trio of black horses standing hock-deep and head-to-head in a field of snow; a waft of beef broth arriving breeze-borne from an orange-hued window on a chill autumn—

I agree: man is predominantly a creating animal, doomed to strive consciously towards a goal and to occupy himself with the art of engineering—that is, to eternally and ceaselessly make a road for himself that at least goes somewhere or other. But sometimes he may wish to swerve aside, precisely because he is doomed to open this road, and also perhaps because, stupid though the ingenuous figure generally is, it still sometimes occurs to him that his road almost always turns out to go somewhere or other and the main thing is not where it goes, but that it should simply be going...

All my life, I'd been accustomed to thinking of life as things that moved: rabbits, dogs, fish, other people. Life that mattered had been life like me, life that breathed and bled, life that ate and slept. I'd been aware of that other layer of life, of the still but living things that supported it all, but I'd thought of it as the lower layer, as the less important stratum of life. Empty prairie was for plowing or grazing; land that was too poor for farming or cattle was wasteland. I'd never lived near a forest like this, but when I'd come to one, I'd understood why it existed. The trees were to be taken for lumber. The land had to be cleared to become useful. The idea that forest or prairie or even wasteland should be left as it was had never occurred to me. What good was land until it was tamed? What good was a piece of earth that did not grow wheat or fruit or grass for cattle? The value of every bit of land I'd ever trodden, I'd reckoned in terms of how it could benefit a man. Now I saw it with the eyes of a forest mage. Here life balanced as it had for hundreds, perhaps thousands of years. Sunlight and water were all that was required for the trees to grow. The trees made the food that fed not only whatever moving creatures might venture through this territory, but also became the food that replenished the soil when their leaves fell to rot back into earth. This working system was as refined and precise as any piece of clockwork ever engineered by man. It worked perfectly.

A typical chip might be designed with blueprints from the Japanese-owned, UK-based company called Arm, by a team of engineers in California and Israel, using design software from the United States. When a design is complete, it’s sent to a facility in Taiwan, which buys ultra-pure silicon wafers and specialized gases from Japan. The design is carved into silicon using some of the world’s most precise machinery, which can etch, deposit, and measure layers of materials a few atoms thick. These tools are produced primarily by five companies, one Dutch, one Japanese, and three Californian, without which advanced chips are basically impossible to make. Then the chip is packaged and tested, often in Southeast Asia, before being sent to China for assembly into a phone or computer.

Page 548: We can imagine no recommendation for using the government to manipulate fertility that does not have dangers. But this highlights the problem: The United States already has policies that inadvertently social-engineer who has babies, and it is encouraging the wrong women. If the United States did as much to encourage high-IQ women to have babies as it now does to encourage low-IQ women, it would rightly be described as engaging in aggressive manipulation of fertility. The technically precise description of America's fertility policy is that it subsidizes births among poor women, who are also disproportionately at the low end of the intelligence distribution. We urge generally that these policies, represented by the extensive network of cash and services for low-income women who have babies, be ended.

We hear the crack of a bullwhip because its tip is moving faster than the speed of sound, creating a shock wave, a small sonic boom. A thunderclap has a similar origin. It was once thought that airplanes could not travel faster than sound. Today supersonic flight is commonplace. But the light barrier is different from the sound barrier. It is not merely an engineering problem like the one the supersonic airplane solves. It is a fundamental law of Nature, as basic as gravity. And there are no phenomena in our experience—like the crack of the bullwhip or the clap of thunder for sound—to suggest the possibility of traveling in a vacuum faster than light. On the contrary, there is an extremely wide range of experience—with nuclear accelerators and atomic clocks, for example—in precise quantitative agreement with special relativity.

I’m sorry if I seem to digress, but that is precisely what I was thinking at the moment. It’s the way my mind works. Things are not the same in real life as they are in, for instance, the fictional world of Sherlock Holmes. Brains, in reality, do not go clickety-clickety-clickety-click from A to B to C to D and so forth, rushing like a train along the rails, until at the end, with a happy “Toot-toot!” they arrive at their destination, Z, and the case is suddenly solved. Quite the contrary. In reality, analytical minds such as my own are forever shooting wildly off in all directions simultaneously. It’s like joyously hitting jelly with a sledgehammer; like exploding galaxies; like a display of fireworks in which the pyrotechnic engineer has had a bit too much to drink and set off the whole conglobulation all at once, by accident.

After I left finance, I started attending some of the fashionable conferences attended by pre-rich and post-rich technology people and the new category of technology intellectuals. I was initially exhilarated to see them wearing no ties, as, living among tie-wearing abhorrent bankers, I had developed the illusion that anyone who doesn’t wear a tie was not an empty suit. But these conferences, while colorful and slick with computerized images and fancy animations, felt depressing. I knew I did not belong. It was not just their additive approach to the future (failure to subtract the fragile rather than add to destiny). It was not entirely their blindness by uncompromising neomania. It took a while for me to realize the reason: a profound lack of elegance. Technothinkers tend to have an “engineering mind”—to put it less politely, they have autistic tendencies. While they don’t usually wear ties, these types tend, of course, to exhibit all the textbook characteristics of nerdiness—mostly lack of charm, interest in objects instead of persons, causing them to neglect their looks. They love precision at the expense of applicability. And they typically share an absence of literary culture. This absence of literary culture is actually a marker of future blindness because it is usually accompanied by a denigration of history, a byproduct of unconditional neomania. Outside of the niche and isolated genre of science fiction, literature is about the past. We do not learn physics or biology from medieval textbooks, but we still read Homer, Plato, or the very modern Shakespeare. We cannot talk about sculpture without knowledge of the works of Phidias, Michelangelo, or the great Canova. These are in the past, not in the future. Just by setting foot into a museum, the aesthetically minded person is connecting with the elders. Whether overtly or not, he will tend to acquire and respect historical knowledge, even if it is to reject it. And the past—properly handled, as we will see in the next section—is a much better teacher about the properties of the future than the present. To understand the future, you do not need technoautistic jargon, obsession with “killer apps,” these sort of things. You just need the following: some respect for the past, some curiosity about the historical record, a hunger for the wisdom of the elders, and a grasp of the notion of “heuristics,” these often unwritten rules of thumb that are so determining of survival. In other words, you will be forced to give weight to things that have been around, things that have survived.

Or maybe precision is itself reaching some kind of limits, where dimensions can be neither made nor measured—not so much because humans are too limited in their faculties to do so but, rather, because as engineering reaches ever downward, the inherent properties of matter start to become impossibly ambiguous. The German theoretical physicist Werner Heisenberg, in helping in the 1920s to father the concepts of quantum mechanics, made discoveries and presented calculations that first suggested this might be true: that in dealing with the tiniest of particles, the tiniest of tolerances, the normal rules of precise measurement simply cease to apply. At near-and subatomic levels, solidity becomes merely a chimera; matter comes packaged as either waves or particles that are by themselves both indistinguishable and immeasurable and, even to the greatest talents, only vaguely comprehensible.

Since 1963, LEGO bricks have been manufactured from acrylonitrile-butadiene-styrene copolymer - ABS copolymer for short - a plastic with a matte finish. It is very hard and robust - import criteria for a children's toy. Laboratories in Switzerland and Denmark regularly test the quality of the ABS. The plastic is distributed to factories as granules rather than in liquid form. These grains of plastic are heated up to 232ºC and converted into a molten mass. Injection moulding machines weighing up to 150 tonnes squeeze the viscous plastic mass into the desired injection moulds - of which there are 2,400 varieties. After seven seconds, the brick produced in this way has cooled down enough to be removed from the mould. The injection moulding method is so precise that out of every million elements produced, only about 18 units have to be rejected. Unsold bricks are converted back into granulates and recycled.

Finally, Tononi argues that the neural correlate of consciousness in the human brain resembles a grid-like structure. One of the most robust findings in neuroscience is how visual, auditory, and touch perceptual spaces map in a topographic manner onto visual, auditory, and somatosensory cortices. Most excitatory pyramidal cells and inhibitory interneurons have local axons strongly connected to their immediate neighbours, with the connections probability decreasing with distance. Topographically organized cortical tissue, whether it develops naturally inside the skull or is engineered out of stem cells and grown in dishes, will have high intrinsic causal power. This tissue will feel like something, even if our intuition revels at the thought that cortical carpets, disconnected from all their inputs and outputs, can experience anything. But this is precisely what happens to each one of us when we close our eyes, go to sleep, and dream. We create a world that feels as real as the awake one, while devoid of sensory input and unable to move. Cerebral organoids or grid-like substances will not be conscious of love or hate, but of space.; of up, down, close by and far away and other spatial phenomenology distinctions. But unless provided with sophisticated motor outputs, they will be unable to do anything.

Soon enough, their expanding empire brought them into contact with another “technology” they’d never experienced before: walled cities. In the Tangut raids, Khan first learned the ins and outs of war against fortified cities and the strategies critical to laying siege, and quickly became an expert. Later, with help from Chinese engineers, he taught his soldiers how to build siege machines that could knock down city walls. In his campaigns against the Jurched, Khan learned the importance of winning hearts and minds. By working with the scholars and royal family of the lands he conquered, Khan was able to hold on to and manage these territories in ways that most empires could not. Afterward, in every country or city he held, Khan would call for the smartest astrologers, scribes, doctors, thinkers, and advisers—anyone who could aid his troops and their efforts. His troops traveled with interrogators and translators for precisely this purpose. It was a habit that would survive his death. While the Mongols themselves seemed dedicated almost solely to the art of war, they put to good use every craftsman, merchant, scholar, entertainer, cook, and skilled worker they came in contact with. The Mongol Empire was remarkable for its religious freedoms, and most of all, for its love of ideas and convergence of cultures.

The military implications are obvious, if difficult to act upon in today’s fiscal environment. There’s a clear and continuing need for Marines, for amphibious units and naval supply ships, for platforms that allow operations in littoral and riverine environments, and for capabilities that enable expeditionary logistics in urbanized coastal environments. Rotary-wing or tilt-rotor aircraft, and precise and discriminating weapons systems, will also be needed. There’s also a clear need to structure ground forces so that they can rapidly aggregate or disaggregate forces and fires, enabling them to operate in a distributed, small-unit mode while still being able to concentrate quickly to mass their effect against a major target. Combat engineers, construction engineers, civil affairs units, intelligence systems that can make sense of the clutter of urban areas, pre-conflict sensing systems such as geospatial tools that allow early warning of conflict and instability, and constabulary and coast guard capabilities are also likely to be important. The ability to operate for a long period in a city without drawing heavily on that city’s water, fuel, electricity, or food supply will be important as well, with very significant implications for expeditionary logistics. I go into detail on all these issues, and other military aspects of the problem, in the Appendix.

I was hoping to be able to get into the Queen's Chamber while I was in Egypt in 1986 to get a sample of the salt for analysis. I had speculated that the salt on the walls of the chamber was an unwanted, though significant, residual substance caused by a chemical reaction where hot hydrogen reacted with the limestone. Unfortunately, I was unable to get into the chamber because a French team was already inside the Horizontal Passage, boring holes into what they hoped were additional chambers. (It was discovered, after I left Egypt, that the spaces contained only sand.) As it turned out, my research would have been redundant. Noone reported in his book that another individual had already had the same idea and done the work. In 1978, Dr. Patrick Flanagan asked the Arizona Bureau of Geology and Mineral Technology to analyze a sample of this salt. They found it to be a mixture of calcium carbonate (limestone), sodium chloride (halite or salt), and calcium sulfate (gypsum, also known as plaster of paris). These are precisely the minerals that would be produced by the reaction of hot, hydrogen-bearing gas with the limestone walls and ceiling of the Queen's Chamber. [...] The interior chambers of the Great Pyramid have the appearance of being subjected to extreme temperatures; and [...] the broken corner on the granite box shows signs of being melted, rather than simply being chipped away.

Picture a group where people express their views vigorously and passionately, even arguing with one another. If the group performs well, participants might reasonably look back and say that open and forthright expressions of opinion were a key reason for success. They’ll say: We were honest, we didn’t hold back—and that’s why we did so well! We had a good process! But what if the group’s performance turned out to be poor? Now people might recall things differently. We argued and fought. We were dysfunctional. Next time we should follow a respectful and disciplined process. But now imagine a group where people are calm, polite, and respectful of one another. They speak quietly and in turn. If the group does well, participants might look back and credit their courteous and cooperative nature. We respected one another. We didn’t fight. We had a good process! But if the same group’s performance was poor, people might say: We were too polite. We censored ourselves. Next time, we should be more direct and open, not so concerned about one another’s feelings. The fact is, a wide variety of behaviors can lead to good decisions. There’s no precise way to engineer an “optimal” discussion process. We may try to avoid extremes, sure, but between those extremes is a wide range of behavior that might be conducive to success. And because we really don’t know what makes an optimal decision process, we tend to make attributions based on other things that are relevant and seemingly objective—namely, what we’re told about performance outcomes.

role in this incredible event. In August 2010, news reports around the world began to tell the story of the plight of 33 miners trapped 2,300 feet below the earth in a Chilean mine. As the daily reports continued, the entire world watched what seemed to be a completely hopeless situation. Every effort to make contact with the men failed. The miners were running out of supplies and going to die. Incredibly — and to the surprise of the entire world — contact was made with the miners after 17 days! Engineers had been able to drill a small shaft down to precisely where the miners were imprisoned. Through this small shaft, food, water, and other supplies could be sent down to the trapped men. The ordeal was far from over, though. In order to save them, a much larger shaft had to be drilled, one that would allow them to be brought to the surface one by one. It would take a miracle for this to happen. From St. Peter’s in Rome, Pope Benedict XVI asked the entire world to pray for the miners. As a special sign of hope, the Pope personally blessed 33 rosaries and sent them to the miners so that they could pray the rosary and know that Jesus and Mary were with them. The blessed rosaries were sent down the small shaft to the men, and they began to pray them and wear them around their necks. Miraculously, after having been trapped for 69 days, all 33 men survived and were rescued from the mine. One by one, they emerged from the depths of the earth and saw sunshine again. What was the date of their rescue? It was October 13, the anniversary of the Miracle of the Sun at Fatima!

In the absence of expert [senior military] advice, we have seen each successive administration fail in the business of strategy - yielding a United States twice as rich as the Soviet Union but much less strong. Only the manner of the failure has changed. In the 1960s, under Robert S. McNamara, we witnessed the wholesale substitution of civilian mathematical analysis for military expertise. The new breed of the "systems analysts" introduced new standards of intellectual discipline and greatly improved bookkeeping methods, but also a trained incapacity to understand the most important aspects of military power, which happens to be nonmeasurable. Because morale is nonmeasurable it was ignored, in large and small ways, with disastrous effects. We have seen how the pursuit of business-type efficiency in the placement of each soldier destroys the cohesion that makes fighting units effective; we may recall how the Pueblo was left virtually disarmed when it encountered the North Koreans (strong armament was judged as not "cost effective" for ships of that kind). Because tactics, the operational art of war, and strategy itself are not reducible to precise numbers, money was allocated to forces and single weapons according to "firepower" scores, computer simulations, and mathematical studies - all of which maximize efficiency - but often at the expense of combat effectiveness. An even greater defect of the McNamara approach to military decisions was its businesslike "linear" logic, which is right for commerce or engineering but almost always fails in the realm of strategy. Because its essence is the clash of antagonistic and outmaneuvering wills, strategy usually proceeds by paradox rather than conventional "linear" logic. That much is clear even from the most shopworn of Latin tags: si vis pacem, para bellum (if you want peace, prepare for war), whose business equivalent would be orders of "if you want sales, add to your purchasing staff," or some other, equally absurd advice. Where paradox rules, straightforward linear logic is self-defeating, sometimes quite literally. Let a general choose the best path for his advance, the shortest and best-roaded, and it then becomes the worst path of all paths, because the enemy will await him there in greatest strength... Linear logic is all very well in commerce and engineering, where there is lively opposition, to be sure, but no open-ended scope for maneuver; a competitor beaten in the marketplace will not bomb our factory instead, and the river duly bridged will not deliberately carve out a new course. But such reactions are merely normal in strategy. Military men are not trained in paradoxical thinking, but they do no have to be. Unlike the business-school expert, who searches for optimal solutions in the abstract and then presents them will all the authority of charts and computer printouts, even the most ordinary military mind can recall the existence of a maneuvering antagonists now and then, and will therefore seek robust solutions rather than "best" solutions - those, in other words, which are not optimal but can remain adequate even when the enemy reacts to outmaneuver the first approach.

So...what are you working on now?" “Right now, an essay about Don Quixote.” “One of my favorite books.” “Mine too.” “What’s the gist?” “It has to do with the authorship of the books.” “Is there any question?” “I mean the book inside the book Cervantes wrote, the one he imagined he was writing.” “Ah.” “Cervantes claims he is not the author, that the original text was in Arabic.” “Right. It’s an attack on make-believe, so he must claim it was real.” “Precisely. Therefore, the story has to be written by an eyewitness yet Cid Hamete Benengeli, the acknowledged author, never makes an appearance. So who is he? Sancho Panza is of course the witness – illiterate, but with a gift for language. He dictated the story to the barber and the priest, Don Quixote’s friends. They had the manuscript translated into Arabic. Cervantes found the translation and had it rendered back into Spanish. The idea was to hold up a mirror to Don Quixote’s madness so that when he finally read the book himself, he would see the error of his ways. But Don Quixote, in my view, was no mad. He only pretended to be. He engineered the collaboration, and the translation from Arabic back into Spanish. I like to imagine Cervantes hiring Don Quixote in disguise to decipher the story of Don Quixote.” “But why did Quixote go to such lengths?” “He wanted to test the gullibility of man. To what extent would people tolerate blasphemies, lies, and nonsense if they gave them amusement? The answer: to any extent. For the book is still amusing us today. That’s finally all anyone wants out of a book. To be amused.

The same effort to conserve force was also evident in war, at the tactical level. The ideal Roman general was not a figure in the heroic style, leading his troops in a reckless charge to victory or death. He would rather advance in a slow and carefully prepared march, building supply roads behind him and fortified camps each night in order to avoid the unpredictable risks of rapid maneuver. He preferred to let the enemy retreat into fortified positions rather than accept the inevitable losses of open warfare, and he would wait to starve out the enemy in a prolonged siege rather than suffer great casualties in taking the fortifications by storm. Overcoming the spirit of a culture still infused with Greek martial ideals (that most reckless of men, Alexander the Great, was actually an object of worship in many Roman households), the great generals of Rome were noted for their extreme caution. It is precisely this aspect of Roman tactics (in addition to the heavy reliance on combat engineering) that explains the relentless quality of Roman armies on the move, as well as their peculiar resilience in adversity: the Romans won their victories slowly, but they were very hard to defeat. Just as the Romans had apparently no need of a Clausewitz to subject their military energies to the discipline of political goals, it seems that they had no need of modern analytical techniques either. Innocent of the science of systems analysis, the Romans nevertheless designed and built large and complex security systems that successfully integrated troop deployments, fixed defenses, road networks, and signaling links in a coherent whole.

Our two taco specials get shoved up on the serving counter, crispy, cheesy goodness in brown plastic baskets lined with parchment paper, sour cream and guacamole exactly where they should be. On the side. There is a perfect ratio of sour cream, guac, and salsa on a shredded chicken tostada. No one can make it happen for you. Many restaurants have tried. All have failed. Only the mouth knows its own pleasure, and calibration like Taco Heaven cannot be mass produced. It simply cannot. Taco Heaven is a sensory explosion of flavor that defies logic. First, you have to eye the amount of spiced meat, shredded lettuce, chopped tomatoes, and tomatillos. You must consider the size and crispiness of the shells. Some people–I call them blasphemers–like soft tacos. I am sitting across from Exhibit A. We won’t talk about soft tacos. They don’t make it to Taco Heaven. People who eat soft tacos live in Taco Purgatory, never fully understanding their moral failings, repeating the same mistakes again and again for all eternity. Like Perky and dating. Once you inventory your meat, lettuce, tomato, and shell quality, the real construction begins. Making your way to Taco Heaven is like a mechanical engineer building a bridge in your mouth. Measurements must be exact. Payloads are all about formulas and precision. One miscalculation and it all fails. Taco Death is worse than Taco Purgatory, because the only reason for Taco Death is miscalculation. And that’s all on you. “Oh, God,” Fiona groans through a mouthful of abomination. “You’re doing it, aren’t you?” “Doing what?” I ask primly, knowing damn well what she’s talking about. “You treat eating tacos like you’re the star of some Mythbusters show.” “Do not.” “Do too.” “Even if I do–and I am notconceding the point–it would be a worthwhile venture.” “You are as weird about your tacos as Perky is about her coffee.” “Take it back! I am not that weird.” “You are.” “Am not.” “This is why Perky and I swore we would never come here with you again.” Fiona grabs my guacamole and smears the rounded scoop all over the outside of her soft taco. I shriek. “How can you do that?” I gasp, the murder of the perfect ratio a painful, almost palpable blow. The mashed avocado has a death rattle that rings in my ears. Smug, tight lips give me a grimace. “See? A normal person would shout, ‘Hey! That’s mine!’ but you’re more offended that I’ve desecrated my inferior taco wrapping with the wrong amount of guac.” “Because it’s wrong.” “You should have gone to MIT, Mal. You need a job that involves nothing but pure math for the sake of calculating stupid shit no one else cares about.” “So glad to know that a preschool teacher holds such high regard for math,” I snark back. And MIT didn’t give me the kind of merit aid package I got from Brown, I don’t add. “Was that supposed to sting?” She takes the rest of my guacamole, grabs a spoon, and starts eating it straight out of the little white paper scoop container thing. “How can you do that? It’s like people who dip their french fries in mayonnaise.” I shudder, standing to get in line to buy more guac. “I dip my french fries in mayo!” “More evidence of your madness, Fi. Get help now. It may not be too late.” I stick my finger in her face. “And by the way, you and Perky talk about my taco habits behind my back? Some friends!” I hmph and turn toward the counter.

the device had the property of transresistance and should have a name similar to devices such as the thermistor and varistor, Pierce proposed transistor. Exclaimed Brattain, “That’s it!” The naming process still had to go through a formal poll of all the other engineers, but transistor easily won the election over five other options.35 On June 30, 1948, the press gathered in the auditorium of Bell Labs’ old building on West Street in Manhattan. The event featured Shockley, Bardeen, and Brattain as a group, and it was moderated by the director of research, Ralph Bown, dressed in a somber suit and colorful bow tie. He emphasized that the invention sprang from a combination of collaborative teamwork and individual brilliance: “Scientific research is coming more and more to be recognized as a group or teamwork job. . . . What we have for you today represents a fine example of teamwork, of brilliant individual contributions, and of the value of basic research in an industrial framework.”36 That precisely described the mix that had become the formula for innovation in the digital age. The New York Times buried the story on page 46 as the last item in its “News of Radio” column, after a note about an upcoming broadcast of an organ concert. But Time made it the lead story of its science section, with the headline “Little Brain Cell.” Bell Labs enforced the rule that Shockley be in every publicity photo along with Bardeen and Brattain. The most famous one shows the three of them in Brattain’s lab. Just as it was about to be taken, Shockley sat down in Brattain’s chair, as if it were his desk and microscope, and became the focal point of the photo. Years later Bardeen would describe Brattain’s lingering dismay and his resentment of Shockley: “Boy, Walter hates this picture. . . . That’s Walter’s equipment and our experiment,

The sponge or active charcoal inside a filter is three-dimensional. Their adsorbent surfaces, however, are two-dimensional. Thus, you can see how a tiny high-dimensional structure can contain a huge low-dimensional structure. But at the macroscopic level, this is about the limit of the ability for high-dimensional space to contain low-dimensional space. Because God was stingy, during the big bang He only provided the macroscopic world with three spatial dimensions, plus the dimension of time. But this doesn’t mean that higher dimensions don’t exist. Up to seven additional dimensions are locked within the micro scale, or, more precisely, within the quantum realm. And added to the four dimensions at the macro scale, fundamental particles exist within an eleven-dimensional space-time.” “So what?” “I just want to point out this fact: In the universe, an important mark of a civilization’s technological advancement is its ability to control and make use of micro dimensions. Making use of fundamental particles without taking advantage of the micro dimensions is something that our naked, hairy ancestors already began back when they lit bonfires within caves. Controlling chemical reactions is just manipulating micro particles without regard to the micro dimensions. Of course, this control also progressed from crude to advanced: from bonfires to steam engines, and then generators. Now, the ability for humans to manipulate micro particles at the macro level has reached a peak: We have computers and nanomaterials. But all of that is accomplished without unlocking the many micro dimensions. From the perspective of a more advanced civilization in the universe, bonfires and computers and nanomaterials are not fundamentally different. They all belong to the same level. That’s also why they still think of humans as mere bugs. Unfortunately, I think they’re right.

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.

And observe, you are put to stern choice in this matter. You must either make a tool of the creature, or a man of him. You cannot make both. Men were not intended to work with the accuracy of tools, to be precise and perfect in all their actions. If you will have that precision out of them, and make their fingers measure degrees like cog-wheels, and their arms strike curves like com-passes, you must unhumanize them. All the energy of their spirits must be given to make cogs and compasses of themselves. All their attention and strength must go to the accomplishment of the mean act. The eye of the soul must be bent upon the finger-point, and the soul's force must fill all the invisible nerves that guide it, ten hours a day, that it may not err from its steely precision, and so soul and sight be worn away, and the whole human being be lost at last - a heap of sawdust, so far as its intellectual work in this world is concerned. saved only by its Heart, which cannot go into the form of cogs and compasses, but expands, after the ten hours are over, into fireside humanity. On the other hand, if you will make a man of the working creature, you cannot make a tool. Let him but begin to imagine, to think, to try to do anything worth doing, and the engine-turned precision is lost at once. Out come all his roughness, all his dulness, all his incapability; shame upon shame, failure upon failure, pause after pause: but out comes the whole majesty of him also; and we know the height of it only when we see the clouds settling upon him. And, whether the clouds be bright or dark, there will be transfiguration behind and within them. And now, reader, look round this English room of yours, about which you have been proud so often, because the work of it was so good and strong, and the ornaments of it so finished. Examine again all those accurate mouldings, and perfect polishings, and unerring adjustments of the seasoned wood and tempered steel. Many a time you have exulted over them, and thought how great England was, because her slightest work was done so thoroughly. Alas! if read rightly, these perfectnesses are signs of a slavery in our England.

As strangeness becomes the new normal, your past experiences, as well as the past experiences of the whole of humanity, will become less reliable guides. Humans as individuals and humankind as a whole will increasingly have to deal with things nobody ever encountered before, such as super-intelligent machines, engineered bodies, algorithms that can manipulate your emotions with uncanny precision, rapid man-made climate cataclysms and the need to change your profession every decade. What is the right thing to do when confronting a completely unprecedented situation? How should you act when you are flooded by enormous amounts of information and there is absolutely no way you can absorb and analyse it all? How to live in a world where profound uncertainty is not a bug, but a feature? To survive and flourish in such a world, you will need a lot of mental flexibility and great reserves of emotional balance. You will have to repeatedly let go of some of what you know best, and feel at home with the unknown. Unfortunately, teaching kids to embrace the unknown and to keep their mental balance is far more difficult than teaching them an equation in physics or the causes of the First World War. You cannot learn resilience by reading a book or listening to a lecture. The teachers themselves usually lack the mental flexibility that the twenty-first century demands, for they themselves are the product of the old educational system. The Industrial Revolution has bequeathed us the production-line theory of education. In the middle of town there is a large concrete building divided into many identical rooms, each room equipped with rows of desks and chairs. At the sound of a bell, you go to one of these rooms together with thirty other kids who were all born the same year as you. Every hour some grown-up walks in, and starts talking. They are all paid to do so by the government. One of them tells you about the shape of the earth, another tells you about the human past, and a third tells you about the human body. It is easy to laugh at this model, and almost everybody agrees that no matter its past achievements, it is now bankrupt. But so far we haven’t created a viable alternative. Certainly not a scaleable alternative that can be implemented in rural Mexico rather than just in upmarket California suburbs.

For his inability to control his movements, WE temporarily exclude man as a subject for film. Our path leads through the poetry of machines, from the bungling citizen to the perfect electric man. In revealing the machine's soul, in causing the worker to love his workbench, the peasant his tractor, the engineer his engine— we introduce creative joy into all mechanical labor, we bring people into closer kinship with machines, we foster new people. The new man, free of unwieldiness and clumsiness, will have the light, precise movements of machines, and he will be the gratifying subject of our films.

Thinking about the projector as a performance tool, a display mechanism, a playback machine, a decompressor of content, an image-enlarger, a sound amplifier, a recording device, and an audiovisual interface carries far richer interpretive possibilities than thinking about it as the poor cousin of the movie theater. It also helps us to explain more about why film has long mattered across many realms of cultural and institutional activity. Critically shifting how we conceptualize what a projector is and does opens a window to a wider array of other media devices that performed the work of storing, decompressing, and yielding content, as well as interfacing with users, viewers, and analysts. Drawing on innovations in precision mechanics, chemistry, optics, and electrical and eventually acoustic and magnetic engineering, projectors catalyzed alternate ways of presenting recorded images and sounds, converting celluloid and its otherwise indecipherable inscriptions into visible and audible content, usable data, productive lessons, and persuasive messaging. In doing so they shaped performance and presentation for audiences of

how are we to explain that science became such a 'risky' activity that, according to some top scientists, it poses today the principal threat to the survival of humanity? Some philosophers reply to this question by saying that Descartes's dream - 'to become master and possessor of nature' - has turned wrong, and that we should urgently return to the 'mastery of mastery'. They have understood nothing. They don't see that the technology profiling itself at our horizon through 'convergence' of all disciplines aims precisely at nonmastery. The engineer of tomorrow will not be a sorcerer's apprentice because of his negligence or ignorance, but by choice. He will 'give' himself complex structures or organizations and he will try to learn what they are capable of by way of exploring their functional properties - an ascending, bottom-up approach. He will be an explorer and experimenter at least as much as an executor. The measure of his success will be more the extent to which his own creation will surprise him than the conformity of his realization to the list of preestablished tasks.

While these early clocks marked only the hour or quarter-hour, by 1700 most clocks had acquired minute hands, and by 1800 second hands were standard.3 This unprecedented ability to measure time precisely found its most authoritarian expression in the factory clock, which became a prime weapon of the Industrial Revolution. As the historian of technology Lewis Mumford argued, “the clock, not the steam engine, is the key-machine of the modern industrial age.

This is Rank’s devastating Kierkegaardian conclusion: if neurosis is sin, and not disease, then the only thing which can “cure” it is a world-view, some kind of affirmative collective ideology in which the person can perform the living drama of his acceptance as a creature. Only in this way can the neurotic come out of his isolation to become part of such a larger and higher wholeness as religion has always represented. In anthropology we called these the myth-ritual complexes of traditional society. Does the neurotic lack something outside him to absorb his need for perfection? Does he eat himself up with obsessions? The myth-ritual complex is a social form for the channelling of obsessions. We might say that it places creative obsession within the reach of everyman, which is precisely the function of ritual. This function is what Freud saw when he talked about the obsessive quality of primitive religion and compared it to neurotic obsession. But he didn’t see how natural this was, how all social life is the obsessive ritualization of control in one way or another. It automatically engineers safety and banishes despair by keeping people focussed on the noses in front of their faces. The defeat of despair is not mainly an intellectual problem for an active organism, but a problem of self-stimulation via movement. Beyond a given point man is not helped by more “knowing,” but only by living and doing in a partly self-forgetful way. As Goethe put it, we must plunge into experience and then reflect on the meaning of it. All reflection and no plunging drives us mad; all plunging and no reflection, and we are brutes. Goethe wrote maxims like these precisely at the time when the individual lost the protective cover of traditional society and daily life became a problem for him. He no longer knew what were the proper doses of experience. This safe dosage of life is exactly what is prescribed by traditional custom, wherein all the important decisions of life and even its daily events are ritually marked out. Neurosis is the contriving of private obsessional ritual to replace the socially-agreed one now lost by the demise of traditional society. The customs and myths of traditional society provided a whole interpretation of the meaning of life, ready-made for the individual; all he had to do was to accept living it as true. The modern neurotic must do just this if he is to be “cured”: he must welcome a living illusion.45

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The design for the Space Shuttle called for the creation of reusable solid rocket boosters, massive cone-tipped cylinders that would lift the Shuttle to 150,000 feet before falling away and floating to the ground on parachutes for recovery and reuse. This worked surprisingly well. The boosters were built in Brigham County, Utah, and shipped to Florida for takeoff. After each use, they’d be recovered from the open ocean, freighted to port, refurbished and, once again, shipped to Florida. The boosters were about 150 feet long, but they were precisely 12.17 feet in diameter—because they had to fit on a special railway flatcar for those overland shipments. The aerospace engineers who sat down to design those solid rocket boosters had a lot of parameters to juggle—the pull of gravity, the efficiency of rocket fuel, the weight of the payload. But mixed in with those parameters, immutable and inarguable was the width of a railcar, which was foreordained by the width of the Roman chariot wheelbase, which was, in turn, determined by the metalbeating know-how of Roman blacksmiths. Infrastructure casts a long shadow.

Drug counterculture was precisely the weapon that the Frankfurt School and their fellow-travellers employed, over the next 50 years, to create a cultural paradigm shift away from the so-called ‘authoritarian’ matrix of man in the living image of God, and the superiority of the republican form of nation-state over all other forms of political organization.

Instead of pushing the engines of concern argument any further, Buckley revived his attack on Baldwin's radicalism. Before describing the next phase in his assault, it is worth noting what is revealed by this rhetorical choice. As he had demonstrated time and time again throughout his career, he was far more comfortable on the attack than he was when he attempted to build an affirmative case for his views. If he had chosen to defend his claim that the United States was providing a world historical model of how to treat minority groups, he would have had to confront many uncomfortable questions. Was it true that the United States was showing "dramatic concern" for "the Negro problem"? If so, what did the policy of concern entail, and what problem, precisely, was being addressed? Was the American example really unprecedented in the history of the world? And perhaps most interestingly—assuming for a moment that Buckley was right about these matters—it would be worth asking why and how this policy of concern was activated and sustained. Was it primarily because of the enlightened humanitarianism of those in power or because of the radicalism of freedom fighters?    As a conservative who had been dragging his feet on civil rights for more than a decade, serious attention to these questions would have put Buckley in an awkward position. To the extent that the United States was giving "the problems of a minority" exceptional concern, it was in spite of the intransigence of Buckley, writers he commissioned to write for The National Review, and political candidates he supported. He likely surmised that he had better not dwell too long on what was animating "dramatic concern" for the Negro problem or whether he was personally devoted to this "primary policy of concern." If the engines of concern had been working in the United States, it was no thanks to Buckley and his allies.

Don’t you realize that I fear that, between the rhetoric of activism and the arrogance of despotism, Islamic law is dead? In the age of modernity, in the age of certainty, in the age of arrogant structuralism, and simplistic codification, in the age of single reliance on isolated hadith, in the age where law is expected to be simpler than human beings and is expected, in turn, to simplify human beings, in the age in which pointers to God are not enough because we demand the precision of maps, in the age in which the best certification in Islamic law is an engineering degree, I fear that Islamic law is dead. Islamic law is not the rules, but the process of the rules. Don’t you see, hermeneutically, structurally, and epistemologically, I fear that Islamic law in the modern age is dead?

That’s because the brains of people born with ovaries, scientists have learned in recent decades, are genetically engineered to respond preferentially to the estrogen made by said ovaries. As it turns out, day in and day out, estrogen molecules slide right into the brain, searching for special receptors that are shaped precisely for this hormone. The receptors are like tiny locks, waiting for the right molecular key (estrogen) to turn them on. This is a vivid image for a crucial idea: women’s brains are hardwired to receive estrogen. Once it arrives, estrogen latches on to these receptors, activating a windfall of cellular activities in the process. Loaded with these receptors, our brains are ready-made to be estrogen-fueled.

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I wanted to get a look at the area near that forward magazine, but I wasn’t sure if that would be possible, because Lusitania was resting on her starboard side. The wreckage also had become a favorite place for local fishermen to set their nets, and some of the nets had broken off and gotten caught on the ship’s superstructure, forming a giant spider’s web that could endanger our manned mini-sub Delta, our newly developed Jason robot, and a smaller remote-controlled vehicle called Homer. The first step was to use Jason and its sophisticated sonars to make a 3-D model of the wreck. We could then superimpose the ship’s original engineering drawings onto that map to locate the forward magazine precisely. Fortunately, the angle of Lusitania’s hull made it possible for Homer to slip under the bow and determine that the forward magazine was completely intact. Whatever had caused the second explosion had not been stored there.

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