Computer Institute Quotes

Our first computers were born not out of greed or ego, but in the revolutionary spirit of helping common people rise above the most powerful institutions.

Friedrich Nietzsche, who famously gave us the ‘God is dead’ phrase was interested in the sources of morality. He warned that the emergence of something (whether an organ, a legal institution, or a religious ritual) is never to be confused with its acquired purpose: ‘Anything in existence, having somehow come about, is continually interpreted anew, requisitioned anew, transformed and redirected to a new purpose.’ This is a liberating thought, which teaches us to never hold the history of something against its possible applications. Even if computers started out as calculators, that doesn’t prevent us from playing games on them. (47) (quoting Nietzsche, the Genealogy of Morals)

We like to believe that we live in a grand age of creative individualism. We look back at the midcentury era in which the Berkeley researchers conducted their creativity studies, and feel superior. Unlike the starched-shirted conformists of the 1950s, we hang posters of Einstein on our walls, his tongue stuck out iconoclastically. We consume indie music and films, and generate our own online content. We “think different” (even if we got the idea from Apple Computer’s famous ad campaign). But the way we organize many of our most important institutions—our schools and our workplaces—tells a very different story.

Our ability to leave our physical bodies and travel to other places has been demonstrated in controlled laboratory experiments by researchers with good academic credentials. These include Charles Tart at the University of California in Davis, and Russell Targ and Harold Puthoff at the Stanford Reesearch Institute. Russell Targ's research of "remote viewing" involves two people. The "viewer" stays in a carefully controlled laboratory environment while a "beacon" person is located somewhere outside that vicinity. A computer then selects a location that is unknown to the viewer. The beacon person is secretly notified where he or she is to go, based on the computer's random selection of a site. After the beacon person gets to the site, the viewer is asked to describe what the beacon person is seeing. The distance between the beacon person and the viewer appears to have no significant effect on the viewer's ability to accurately describe the site; the distance between them can be a few blocks or many thousand miles. In several successful attempts, a Soviet psychic not only accurately described the location of Targ's associate Keith Harary who acted as a beacon, he also described what Harary would see at the next computer-selected site--even before he got there or knew what he would see!

Nonetheless, his vision of high technology’s enhancing and empowering the individual, as opposed to serving some large institution, was quite radical for 1939—so radical, in fact, that it wouldn’t really take hold of the public’s imagination for another forty years, at which point it would reemerge as the central message of the personal-computer revolution.

Some research suggests that collecting vast amounts of data simply can’t predict rare events like terrorism. A 2006 paper by Jeff Jonas, an IBM research scientist, and Jim Harper, the director of information policy at the Cato Institute, concluded that terrorism events aren’t common enough to lend themselves to large-scale computer data mining.

world-renowned experts in quantum computing. One such prominent figure is Dr. Urbasi Sinha, a professor at the institute.

In a recent analysis, Martin Grötschel of the Zuse Institute in Berlin found that, using the computers and software that existed in 1982, it would have taken a full eighty-two years to solve a particularly complex production planning problem. As of 2003, the same problem could be solved in about a minute—an improvement by a factor of around 43 million. Computer hardware became about 1,000 times faster over the same period, which means that improvements in the algorithms used accounted for approximately a 43,000-fold increase in performance.

But to what extent has computer technology been an advantage to the masses of people? To steelworkers, vegetable-store owners, teachers, garage mechanics, musicians, bricklayers, dentists, and most of the rest into whose lives the computer now intrudes? Their private matters have been made more accessible to powerful institutions. They are more easily tracked and controlled; are subjected to more examinations; are increasingly mystified by the decisions made about them; are often reduced to mere numerical objects. They are inundated by junk mail. They are easy targets for advertising agencies and political organizations. The schools teach their children to operate computerized systems instead of teaching things that are more valuable to children. In a word, almost nothing that they need happens to the losers. Which is why they are losers.

What do these decades-old international organizations see in an arcane digital technology built by the crypto-libertarians and Cypherpunks who gave us Bitcoin? It’s the prospect that this decentralized computing system could resolve the issue of social capital deficits that we discussed in the context of the Azraq refugee camp. By creating a common record of a community’s transactions and activities that no single person or intermediating institution has the power to change, the UN’s blockchain provides a foundation for people to trust that they can securely interact and exchange value with each other.

(This is from a tribute poem to Ronnie James Dio: Former lead vocalist of the band Rainbow, Black Sabbath. This is written with all the titles of the hit songs of DIO. The titles are all in upper case) You can “CATCH THE RAINBOW” – “A RAINBOW IN THE DARK” Through “ROCK & ROLL CHILDREN” “HOLY DIVER” will lurk “BEFORE THE FALL” of “ELECTRA” “ALL THE FOOLS SAILED AWAY” “JESUS,MARY AND THE HOLY GHOST”- “LORD OF THE LAST DAY” “MASTER OF THE MOON” you are When my “ONE FOOT IN THE GRAVE” With our “BLACK”, “COLD FEET”, “MYSTERY” of “PAIN” you crave You’re “CAUGHT IN THE MIDDLE”, “BETWEEN TWO HEARTS” When “HUNGRY FOR HEAVEN” “HUNTER OF THE HEART” hurts “FALLEN ANGELS” “FEED MY HEART” “FEVER DREAMS” “FEED MY HEAD” “I AM” “ANOTHER LIE” “AFTER ALL (THE DEAD)” Not “GUILTY” if you “HIDE IN THE RAINBOW’’ With your perfect “GUITAR SOLO” “DON’T TELL THE KIDS” to “DREAM EVIL” Don’t “GIVE HER THE GUN” to follow “DON’T TALK TO STRANGERS” Those “EVIL EYES” can see “LORD OF THE NIGHT” “MISTREATED”; “MY EYES” hate to fancy “SHAME ON THE NIGHT” “TURN UP THE NIGHT” Now it’s “TIME TO BURN” “TWISTED” “VOODOO” does “WALK ON WATER” And today its our turn “BLOOD FROM A STONE” “BORN ON THE SUN” I’m “BETTER IN THE DARK” “BREATHLESS” The “PRISONER OF PARADISE” you are! Forever you are deathless “SACRED HEART” “SHIVERS” Laying “NAKED IN THE RAIN” “THIS IS YOUR LIFE”- “ WILD ONE”! Your “GOLDEN RULES” we gain “IN DREAMS” “I SPEED AT NIGHT” I’m “LOSING MY INSANITY” “ANOTHER LIE”: “COMPUTER GOD” Your “HEAVEN AND HELL”- my vanity! By “KILLING THE DRAGON” “I COULD HAVE BEEN A DREAMER” I’m “THE LAST IN LINE” To “SCREAM” Like an “INVISIBLE” screamer Now that you are gone “THE END OF THE WORLD” is here “STRAIGHT THROUGH THE HEART” “PUSH” “JUST ANOTHER DAY” in fear “CHILDREN OF THE SEA” “ DYING IN AMERICA” Is it “DEATH BY LOVE”? “FACES IN THE WINDOW” looking for A “GYPSY” from above Dear “STARGAZER” from “STRANGE HIGHWAYS” Our love “HERE’S TO YOU” “WE ROCK” “ONE MORE FOR THE ROAD” The “OTHER WORLD” anew “ONE NIGHT IN THE CITY” with “NEON KNIGHTS” “THE EYES” “STAY OUT OF MY MIND” The “STARSTRUCK” “SUNSET SUPERMAN” Is what we long to find “THE MAN WHO WOULD BE KING” Is the “INSTITUTIONAL MAN” “SHOOT SHOOT” to “TURN TO STONE” “WHEN A WOMAN CRIES” to plan To “STAND UP AND SHOUT” before “ THE KING OF ROCK AND ROLL” Though “GOD HATES HEAVY METAL” “EAT YOUR HEART OUT” to reach the goal. From the poem- Holy Dio: the Diver (A tribute to Ronnie James Dio)

University of California, Irvine, Professor of Art and Engineering, Codirector of Arts, Computation, and Engineering (ACE) Program Kavita Philip University of California, Irvine, Associate Professor of Women's Studies, Anthropology, and Arts, Computation, and Engineering (ACE) Program Todd Presner University

The blockchain… is the biggest innovation in computer science—the idea of a distributed database where trust is established through mass collaboration and clever code rather than through a powerful institution that does the authentication and the settlement. —Don Tapscott, author of The Blockchain Revolution[575]

obstacle to sleep that you should be aware of is the bright LED light of a computer screen, which should be turned off about an hour before bedtime to relax the overstimulated eyes and brain. In 2012 a study released by the Lighting Research Center at Rensselaer Polytechnic Institute in Troy, New York, found that just a two-hour exposure to the self-luminous backlit displays of smartphones, computers, and other LED devices suppressed melatonin by about 22 percent.

The Institute had explored the behavior of a great variety of complex systems—corporations in the marketplace, neurons in the human brain, enzyme cascades within a single cell, the group behavior of migratory birds—systems so complex that it had not been possible to study them before the advent of the computer. The research was new, and the findings were surprising. It did not take long before the scientists began to notice that complex systems showed certain common behaviors. They started to think of these behaviors as characteristic of all complex systems. They realized that these behaviors could not be explained by analyzing the components of the systems. The time-honored scientific approach of reductionism—taking the watch apart to see how it worked—didn’t get you anywhere with complex systems, because the interesting behavior seemed to arise from the spontaneous interaction of the components. The behavior wasn’t planned or directed; it just happened. Such behavior was therefore called “self-organizing.

If a model did anything too obviously bizarre—flooded the Sahara or tripled interest rates—the programmers would revise the equations to bring the output back in line with expectation. In practice, econometric models proved dismally blind to what the future would bring, but many people who should have known better acted as though they believed in the results. Forecasts of economic growth or unemployment were put forward with an implied precision of two or three decimal places. Governments and financial institutions paid for such predictions and acted on them, perhaps out of necessity or for want of anything better. Presumably they knew that such variables as “consumer optimism” were not as nicely measurable as “humidity” and that the perfect differential equations had not yet been written for the movement of politics and fashion. But few realized how fragile was the very process of modeling flows on computers, even when the data was reasonably trustworthy and the laws were purely physical, as in weather forecasting.

A file on a hard disk does indeed contain information of the kind that objectively exists. The fact that the bits are discernible instead of being scrambled into mush - the way heat scrambles things - is what makes them bits. But if the bits can potentially mean something to someone, they can only do so if they are experienced. When that happens, a commonality of culture is enacted between the storer and the retriever of the bits. Experience is the only process that can de-alienate information. Information of the kind that purportedly wants to be free is nothing but a shadow of our own minds, and wants nothing on its own. It will not suffer if it doesn't get what it wants. But if you want to make the transition from the old religion, where you hope God will give you an afterlife, to the new religion, where you hope to become immortal by getting uploaded into a computer, then you have to believe information is real and alive. So for you, it will be important to redesign human institutions like art, the economy, and the law to reinforce the perception that information is alive. You demand that the rest of us live in your new conception of a state religion. You need us to deify information to reinforce your faith.

Regardless of the propaganda espoused by large corporations, governments, religions, and other institutions, we can all follow this simple path in creating the seemingly elusive “world that works for everyone” right here and right now. Only we individuals can think and take action. No corporation will ever generate a single thought—much less invent the next great app, computer program, or ground transportation vehicle. No religion will ever come up with a single inspirational aphorism. And no government will ever shut down a single military facility. These things are all initiated and accomplished by individuals.

As data analytics, superfast computers, digital technology, and other breakthroughs enabled by science play a bigger and bigger role in informing medical decision-making, science has carved out a new and powerful role as the steadfast partner of the business of medicine—which is also enjoying a new day in the sun. It may surprise some people to learn that the business of medicine is not a twenty-first-century invention. Health care has always been a business, as far back as the days when Hippocrates and his peers practiced medicine. Whether it was three goats, a gold coin, or a bank note, some type of payment was typically exchanged for medical services, and institutions of government or learning funded research. However, since the 1970s, business has been the major force directing the practice of medicine. Together, the business and science of medicine are the new kids on the block—the bright, shiny new things. Ideally, as I’ve suggested, the art, science, and business of medicine would work together in a harmonious partnership, each upholding the other and contributing all it has to offer to the whole. And sometimes (as we’ll find in later chapters) this partnership works well. When it does, the results are magnificent for patients and doctors, not to mention for scientists and investors.

We’ve decided to go with black and white,” he said. “This project is over.” Smith was stunned. “You’re crazy!” he blurted. “It’s going to be all color from here on out, and you guys can own it all! I can’t believe you’re shutting it down.” “Well,” Elkind replied evenly, “it’s a corporate decision.” Smith had no choice but to leave. With a fellow artist and Superpaint fanatic, David DiFrancesco, he drove off toward Utah in quest of permission to continue his work on a frame buffer installed at the university there. He failed to get it, but instead received an invitation to set up a video program at the private New York Institute of Technology. The department later transferred en masse to George Lucas’s Lucasfilm and even later was spun off as Pixar,

Why should anyone trust a government that has condoned torture, spied on at least thirty-five world leaders, supports indefinite detention, places bugs in thousands of computers all over the world, kills innocent people with drone attacks, promotes the post office to log mail for law enforcement agencies and arbitrarily authorizes targeted assassinations? Or, for that matter, a president that instituted the Insider Threat Program, which was designed to get government employees to spy on each other and ‘turn themselves and others in for failing to report breaches,’ which includes ‘any unauthorized disclosure of anything, not just classified materials.’” Some say this program was designed to turn government employees, such as your postman, into an army of snitches. The

If life has accelerated, and we have become overwhelmed by information to the point that we are less and less able to focus on any of it, why has there been so little pushback? Why haven’t we tried to slow things down to a pace where we can think clearly? I was able to find the first part of an answer to this—and it’s only the first part—when I went to interview Professor Earl Miller. He has won some of the top awards in neuroscience in the world, and he was working at the cutting edge of brain research when I went to see him in his office at the Massachusetts Institute of Technology (MIT). He told me bluntly that instead of acknowledging our limitations and trying to live within them, we have—en masse—fallen for an enormous delusion. There’s one key fact, he said, that every human being needs to understand—and everything else he was going to explain flows from that. “Your brain can only produce one or two thoughts” in your conscious mind at once. That’s it. “We’re very, very single-minded.” We have “very limited cognitive capacity.” This is because of the “fundamental structure of the brain,” and it’s not going to change. But rather than acknowledge this, Earl told me, we invented a myth. The myth is that we can actually think about three, five, ten things at the same time. To pretend this was the case, we took a term that was never meant to be applied to human beings at all. In the 1960s, computer scientists invented machines with more than one processor, so they really could do two things (or more) simultaneously. They called this machine-power “multitasking.” Then we took the concept and applied it to ourselves.

There are only two types of waves that can travel across the universe bringing us information about things far away: electromagnetic waves (which include light, X-rays, gamma rays, microwaves, radio waves…); and gravitational waves. Electromagnetic waves consist of oscillating electric and magnetic forces that travel at light speed. When they impinge on charged particles, such as the electrons in a radio or TV antenna, they shake the particles back and forth, depositing in the particles the information the waves carry. That information can then be amplified and fed into a loudspeaker or on to a TV screen for humans to comprehend. Gravitational waves, according to Einstein, consist of an oscillatory space warp: an oscillating stretch and squeeze of space. In 1972 Rainer (Rai) Weiss at the Massachusetts Institute of Technology had invented a gravitational-wave detector, in which mirrors hanging inside the corner and ends of an L-shaped vacuum pipe are pushed apart along one leg of the L by the stretch of space, and pushed together along the other leg by the squeeze of space. Rai proposed using laser beams to measure the oscillating pattern of this stretch and squeeze. The laser light could extract a gravitational wave’s information, and the signal could then be amplified and fed into a computer for human comprehension. The study of the universe with electromagnetic telescopes (electromagnetic astronomy) was initiated by Galileo, when he built a small optical telescope, pointed it at Jupiter and discovered Jupiter’s four largest moons. During the 400 years since then, electromagnetic astronomy has completely revolutionised our understanding of the universe.

Most computer users by the end of the century made regular use of the Internet, a vast web of worldwide computer networks born in the late 1960s in the work done by the U.S. Department of Defense’s Advanced Research Projects Agency (DARPA) and universities it commissioned. Its founders had needed to share information with researchers working on government contracts at various universities. Once computer users at these well-funded institutions realized the possibilities of an electronic network connecting them with colleagues worldwide, word of the wonder spread and the Internet blossomed. By the late 1980s, anyone with a computer equipped with a modem hooked up to a regular telephone line could send an “E-mail” message or any other electronic document to anyone similarly equipped anywhere in the world - instantaneously. By 1994, the number of people connected to the World Wide Web of computer networks had swelled to an estimated 15 million.

What’s really worried me over the years is not our stock price, but that we might someday fail to take care of our customers, or that our managers might fail to motivate and take care of our associates. I also was worried that we might lose the team concept, or fail to keep the family concept viable and realistic and meaningful to our folks as we grow. Those challenges are more real than somebody’s theory that we’re headed down the wrong path. As business leaders, we absolutely cannot afford to get all caught up in trying to meet the goals that some retail analyst or financial institution in New York sets for us on a ten-year plan spit out of a computer that somebody set to compound at such-and-such a rate. If we do that, we take our eye off the ball. But if we demonstrate in our sales and our earnings every day, every week, every quarter, that we’re doing our job in a sound way, we will get the growth we are entitled to, and the market will respect us in a way that we deserve.

They recruited senior research scientists from different local companies as subjects, and asked them to bring with them to the sessions at least two different problems on which they had been working without success for at least three months. These subjects were executives at Hewlett-Packard, fellows at the Stanford Research Institute, architects, and designers. Among them were the people who would design the first silicon chips, create word processing, and invent the computer mouse. Fadiman and his colleagues administered one-hundred-microgram doses of LSD to the subjects and guided them through the next hours as they puzzled over their intractable problems.*3 The subjects worked on their problems and took a variety of psychometric tests. The results were striking. Many of the subjects experienced flashes of intellectual intuition. Their performance on the psychometric tests improved, but, more important, they solved their thorny equations and problems. According to Fadiman, “A number of patents, products, and publications emerged out of that study.

If this is true—if solitude is an important key to creativity—then we might all want to develop a taste for it. We’d want to teach our kids to work independently. We’d want to give employees plenty of privacy and autonomy. Yet increasingly we do just the opposite. We like to believe that we live in a grand age of creative individualism. We look back at the midcentury era in which the Berkeley researchers conducted their creativity studies, and feel superior. Unlike the starched-shirted conformists of the 1950s, we hang posters of Einstein on our walls, his tongue stuck out iconoclastically. We consume indie music and films, and generate our own online content. We “think different” (even if we got the idea from Apple Computer’s famous ad campaign). But the way we organize many of our most important institutions—our schools and our workplaces—tells a very different story. It’s the story of a contemporary phenomenon that I call the New Groupthink—a phenomenon that has the potential to stifle productivity at work and to deprive schoolchildren of the skills they’ll need to achieve excellence in an increasingly competitive world. The New Groupthink elevates teamwork above all else. It insists that creativity and intellectual achievement come from a gregarious place. It has many powerful advocates. “Innovation—the heart of the knowledge economy—is fundamentally social,” writes the prominent journalist Malcolm Gladwell. “None of us is as smart as all of us,” declares the organizational consultant Warren Bennis,

A confidential report delivered in June 1965 by Abel Aganbegyan, director of the Novobirsk Institute of Economics, highlighted the difficulties. Aganbegyan noted that the growth rate of the Soviet economy was beginning to decline, just as the rival US economy seemed particularly buoyant; at the same time, some sectors of the Soviet economy - housing, agriculture, services, retail trade - remained very backward, and were failing to develop at an adequate rate. The root causes of this poor performance he saw in the enormous commitment of resources to defense (in human terms, 30-40 million people out of a working population of 100 million, he reckoned), and the 'extreme centralism and lack of democracy in economic matters' which had survived from the past. In a complex modern society, he argued, not everything could be planned, since it was impossible to foresee all possible contingencies and their potential effects. So the plan amounted to central command, and even that could not be properly implemented for lack of information and of modern data-processing equipment. 'The Central Statistical Administration ... does not have a single computer, and is not planning to acquire any,' he commented acidly. Economic administration was also impeded by excessive secrecy: 'We obtain many figures... from American journals sooner than they are released by the Central Statistical Administration.' Hence the economy suffered from inbuilt distortions: the hoarding of goods and labour to provide for unforeseen contingencies, the production of shoddy goods to fulfill planning targets expressed in crude quantitative terms, the accumulation of unused money by a public reluctant to buy substandard products, with resultant inflation and a flourishing black market.

The US traded its manufacturing sector’s health for its entertainment industry, hoping that Police Academy sequels could take the place of the rustbelt. The US bet wrong. But like a losing gambler who keeps on doubling down, the US doesn’t know when to quit. It keeps meeting with its entertainment giants, asking how US foreign and domestic policy can preserve its business-model. Criminalize 70 million American file-sharers? Check. Turn the world’s copyright laws upside down? Check. Cream the IT industry by criminalizing attempted infringement? Check. It’ll never work. It can never work. There will always be an entertainment industry, but not one based on excluding access to published digital works. Once it’s in the world, it’ll be copied. This is why I give away digital copies of my books and make money on the printed editions: I’m not going to stop people from copying the electronic editions, so I might as well treat them as an enticement to buy the printed objects. But there is an information economy. You don’t even need a computer to participate. My barber, an avowed technophobe who rebuilds antique motorcycles and doesn’t own a PC, benefited from the information economy when I found him by googling for barbershops in my neighborhood. Teachers benefit from the information economy when they share lesson plans with their colleagues around the world by email. Doctors benefit from the information economy when they move their patient files to efficient digital formats. Insurance companies benefit from the information economy through better access to fresh data used in the preparation of actuarial tables. Marinas benefit from the information economy when office-slaves look up the weekend’s weather online and decide to skip out on Friday for a weekend’s sailing. Families of migrant workers benefit from the information economy when their sons and daughters wire cash home from a convenience store Western Union terminal. This stuff generates wealth for those who practice it. It enriches the country and improves our lives. And it can peacefully co-exist with movies, music and microcode, but not if Hollywood gets to call the shots. Where IT managers are expected to police their networks and systems for unauthorized copying – no matter what that does to productivity – they cannot co-exist. Where our operating systems are rendered inoperable by “copy protection,” they cannot co-exist. Where our educational institutions are turned into conscript enforcers for the record industry, they cannot co-exist. The information economy is all around us. The countries that embrace it will emerge as global economic superpowers. The countries that stubbornly hold to the simplistic idea that the information economy is about selling information will end up at the bottom of the pile. What country do you want to live in?

One persistent attempt to find a thread in the history of mankind focuses on the notion of Reason. Human history, on this view, is the unfolding of rationality. Human thought, institutions, social organization, become progressively more rational. The idea that Reason is the goal or end-point of the development of mankind can fuse with the view that it also constitutes the principal agency which impels humanity along its path. It seems natural to suppose that changes in human life spring from growth of our ideas, our ways of thought. What is conduct if not implementation of ideas? If we improve, is it not because our ideas have improved? Though somewhat suspect as the fruit of vainglorious self-congratulation by nineteenth century Europeans, the role of thought and reason still deserves some consideration. The problems and difficulties facing a reason-centred view of history are considerable. No doubt the idea is far less popular now than it was in the heady days of rationalistic optimism, which stretched, in one form or another, from the late eighteenth to the early twentieth centuries. But, in a sober and not necessarily optimistic form, it remains necessary to attempt some kind of sketch of the cognitive transformation of mankind, from the days of hunting to those of computing. The nature of our cognitive activities has not remained constant: not only have things changed, but the change has also been deep and fundamental. It is not merely a matter of more of the same. The changes that have occurred have been changes in kind. A convenient baseline or starting point for the discussion of this problem is provided by the blatant absurdity of some at least of the beliefs of primitive man. Many of us like to think that the standards of what is acceptable in matters of belief have gone up, and that the advance of reason in history is manifest in this raising of standards. We have become fastidious and shrink from the beliefs of our distant ancestors, which strike us as absurd. Perhaps, so as not to prejudge an important issue, one ought to say-it is the translations frequently offered of some of the beliefs of some primitive men which now seem so absurd. It may be—and some have indeed argued this—that the absurdity is located not in the original belief itself but in its translation, inspired by a failure to understand the original context. On this view, it is the modern translator, and not the savage, who is guilty of absurdity.

One persistent attempt to find a thread in the history of mankind focuses on the notion of Reason. Human history, on this view, is the unfolding of rationality. Human thought, institutions, social organization, become progressively more rational. The idea that Reason is the goal or end-point of the development of mankind can fuse with the view that it also constitutes the principal agency which impels humanity along its path. It seems natural to suppose that changes in human life spring from growth of our ideas, our ways of thought. What is conduct if not implementation of ideas? If we improve, is it not because our ideas have improved? Though somewhat suspect as the fruit of vainglorious self-congratulation by nineteenth century Europeans, the role of thought and reason still deserves some consideration. The problems and difficulties facing a reason-centred view of history are considerable. No doubt the idea is far less popular now than it was in the heady days of rationalistic optimism, which stretched, in one form or another, from the late eighteenth to the early twentieth centuries. But, in a sober and not necessarily optimistic form, it remains necessary to attempt some kind of sketch of the cognitive transformation of mankind, from the days of hunting to those of computing. The nature of our cognitive activities has not remained constant: not only have things changed, but the change has also been deep and fundamental. It is not merely a matter of more of the same. The changes that have occurred have been changes in kind. A convenient baseline or starting point for the discussion of this problem is provided by the blatant absurdity of some at least of the beliefs of primitive man. Many of us like to think that the standards of what is acceptable in matters of belief have gone up, and that the advance of reason in history is manifest in this raising of standards. We have become fastidious and shrink from the beliefs of our distant ancestors, which strike us as absurd. Perhaps, so as not to prejudge an important issue, one ought to say - it is the translations frequently offered of some of the beliefs of some primitive men which now seem so absurd. It may be — and some have indeed argued this — that the absurdity is located not in the original belief itself but in its translation, inspired by a failure to understand the original context. On this view, it is the modern translator, and not the savage, who is guilty of absurdity.

As an example of the use of technology in the democratic process, I visualize an election scenario where a candidate files his nomination from a particular constituency. Immediately, the election officer verifies the authenticity from the national citizen ID database through a multipurpose citizen ID card. The candidate’s civic consciousness and citizenship behaviour can also be accessed through the police crime records. The property records come from land registration authorities across the country. Income and wealth resources come from the income tax department, as well as other sources. The person’s education credentials come from his university records. The track record of employment comes from various employers with whom he has worked. The credit history comes from various credit institutions like banks. The person’s legal track records come from the judicial system. All the details arrive at the computer terminal of the election officer within a few minutes through the e-governance software, which would track various state and central government web services directories through the network and collect the information quickly and automatically and present facts in real-time without any bias. An artificial intelligence software would analyse the candidate’s credentials and give a rating on how successful that person would be as a politician. The election officer can then make an informed choice and start the electoral processes.

I told them my new entity would make a series of apps—I had learned the language well enough to counterfeit a convincing plan—constructed around the GPS location software now built into most every device. Users would tag their experience in the street, in bars and clubs, on different modes of public transport. “So, like Foursquare,” my interviewer said, with the doubt of a young person looking at an old man in front of a computer. “Exactly like that,” I said, “except that our users will record incidences of hate. We’ll be working initially to produce a live map—like a traffic congestion map—of more and less racist areas, safe routes home, institutionally racist police forces and local authorities, local populations. We’ll have a star rating system and so on. Eventually I want to roll out iterations for anyone who is not part of the obvious privileged class—for women, for trans people, for people of colour, for the blind and the deaf and so on so that we can map prejudice and racism intersectionally—but one must start somewhere, so I’m calling version one Walking Whilst Black. I have some concerns about the name because I don’t wish to rule out those who are in wheelchairs or mobility carts, but the phrase is there in the language and I feel it is well understood.

Aware of the new technologies that were out there, I also recommended the use of laptop computers for flight crew management and control. The use of the on-orbit displays and controls made possible through the laptop, when ultimately instituted, has since paid for itself many times over. I also recommended we use offline computers such as ThinkPads to aid the shuttle during ascent and entry so that we could freeze the guidance, control, and navigation software if necessary. That idea too was rejected. To those who regularly turned me down, I always asked, “So, do you have a better idea?” This time around I asked thirty-two folks, none of whom returned a single suggestion.

As the New York Times described it, Trump was “urging a power often hostile to the United States to violate American law by breaking into a private computer network.” Katy Tur of NBC News followed up to see if this was a joke or he really meant it. She asked if Trump had “any qualms” about asking a foreign government to break into Americans’ emails. Instead of backing off, he doubled down. “If Russia or China or any other country has those emails, I mean, to be honest with you, I’d love to see them,” he said. He also refused to tell Putin not to try to interfere in the election: “I’m not going to tell Putin what to do; why should I tell Putin what to do?” This was no joke. Despite Trump’s attempts to cover for Putin, cybersecurity experts and U.S. intelligence officials were confident that the Russians were behind the hack. There still wasn’t official consensus about whether their goal was to undermine public confidence in America’s democratic institutions or if Putin was actively trying to derail my candidacy and help elect Trump. But I didn’t have any doubt. And the timing of the public disclosure, as well as the specific nature of the material (did Russian intelligence really understand the ins and outs of DNC politics and the decisions of Debbie Wasserman Schultz?), raised the strong possibility that the Russians had gotten help from someone with experience in American politics—a truly alarming prospect.

Economic growth requires investment in things—more machines, more basic facilities like highways or broadband—and in people, who need more and better education. Knowledge needs to be acquired and extended. Some of that extension is the product of new basic science, and some of it comes from the engineering that turns science into goods and services, and from the endless tweaking and improvement of design that, over time, turned a Model-T Ford into a Toyota Camry, or my clunky personal computer of 1983 into the sleek, almost weightless, and infinitely more powerful laptop on which I am writing this book. Investment in research and development enhances the flow of innovation, but new ideas can come from anywhere; the stock of knowledge is international, not national, and new ideas disperse quickly from the places where they are created. Innovation also needs entrepreneurs and risk-taking managers to find profitable ways of turning science and engineering into new products and services. This will be difficult without the right institutions. Innovators need to be free from the risk of expropriation, functioning law courts are needed to settle disputes and protect patents, and tax rates cannot be too high. When all of these conditions come together—as they have in the United States for a century and a half—we get sustained economic growth and higher living standards.

Science will provide the material basis for a spiritually mature technologically advanced civilisation, it will achieve its higher spiritual purpose of evolving all of humanity. No other spiritual, mystical or religious institution has ever been able to do this and never will.

The Insurance Institute for Highway Safety analyzed five thousand car accidents and found that if autonomous vehicles do not drive more slowly and cautiously than people, they will only prevent one-third of all crashes.

Is there any alternative, any middle path between the institutional stagnation of the Peter Principle and the draconian severity of the “up or out” system? The AIMD algorithm can offer just such an approach, since it is explicitly designed to handle the demands of a volatile environment. A computer network must manage its own maximum transmission capacity, plus the transmission rates of its clients, all of which may be fluctuating unpredictably. Likewise, in a business setting, a company has a limited pool of funds to pay for its operations, and each worker or vendor has a limited capacity for the amount of work they can do and the amount of responsibility they can handle. Everyone’s needs, capacities, and partnerships are always in flux.

With Bitcoin’s network of independent computers verifying everything collectively, transactions could now be instituted peer to peer, that is, from person to person. That’s a big change from our convoluted credit and debit card payments system, for example, which routes transactions through a long sequence of intermediaries—at least two banks, one or two payment processors, a card network manager (such as Visa or Mastercard), and a variety of other institutions, depending on where the transaction takes place. Each entity in that system maintains its own separate ledger, which it later must reconcile with every other entity’s independent records, a process that takes time, incurs costs, and carries risks. Whereas you might think that money is being instantly transferred when you swipe your card at a clothing store, in reality the whole process takes several days for the funds to make all those hops and finally settle in the storeowner’s account, a delay that creates risks and costs. With Bitcoin, the idea is that your transaction should take only ten to sixty minutes to fully clear (notwithstanding some current capacity bottlenecks that Bitcoin developers are working to resolve). You don’t have to rely on all those separate, trusted third parties to process it on your behalf.

Dharmanator (The Nonduality Sonnet) Pani, Agua, Water, it's all one; Ubuntu, Advaita, Ahava, it's all one; Creation, Consciousness, Evolution, it's all one; To fathom this you gotta unlearn all separatism. Division imposed by facts and intellect is just as degrading as those imposed by faith and fiction. True light of knowledge obliterates all divide, instead of turning mind into a dumpyard of reason. When a computer engineer becomes a monk, then that monk becomes a brain scientist, your revered paradigms are bound to crumble, as all institutions stand on grounds separatist. Apes may be stuck in prehistoric duality, Norm of the cosmos is nonduality. With your binary eyes of belief and disbelief, You'll never wake up to cosmic serendipity. Move past your psychoduality, If you wanna unfold human vastness. Faith and logic both will turn bland, Once you wake up to sapiosentience.

To this end, they rely on the Institute of Electrical and Electronics Engineers (IEEE), that assigns each of them a different range of MAC addresses.

No matter which technology we develop, we will have to maintain bureaucratic institutions that will audit algorithms and give or refuse them the seal of approval. Such institutions will combine the powers of humans and computers to make sure that new algorithmic systems are safe and fair. Without such institutions, even if we pass laws that provide humans with a right to an explanation, and even if we enact regulations against computer biases, who could enforce these laws and regulations?

Though Cannon's study serves to sanction on biological grounds the principle of automation, it also exposes the limitation of an economy that seeks to translate man's higher functions into an automatic system that will finally be capable of making decisions and plans of action without calling upon anticipatory mental processes or memories except those that can be programmed on a computer. The path of human advance is not toward such collective automation but toward the increase of personal and communal autonomy; and any system that reverses this direction not merely turns man's most highly developed organ, his brain, into a virtual non-entity, but cuts itself off from the most precious products of the human mind: that vast storehouse and powerhouse of images, forms, ideas, institutions, and structures, through which man rises above the conditions of his immediate environment. To reduce or destroy this heritage is to inflict brain damage on the human race.

Computers have made it really easy to rant. It’s made everyone overly opinionated.” —Scott Weiland

Professor Dawkins himself stated that “Religion is about turning untested belief, into unshakable truth through the power of institutions, and the passage of time.” This is exactly what is happening with his meme conjecture. He is taking an untestable idea, by scientific standards, and through media and literature and a popular cult following, creating it into a social norm of truth where others believe his idea and propagate it as an unshakeable truth. This also is occurring faster because of computer technology in time. But nonetheless, it is an occurrence within a passage of time.

If some computer scientists and engineers succeed in their dreams, the book itself will be such that bookshelves in bookstores, libraries, and homes could be a thing of the past. At the Media Library at the Massachusetts Institute of Technology, a research team has been working on what it terms 'the last book.' This volume, known as 'Overbook,' would be printed in electronic ink known as e-ink, a concept in which page-like displays consist of microscopic spheres embedded within a matrix of extremely thin wires. The ink particles, which have one hemisphere black and one hemisphere white, can be individually flipped by a current in the wire to form a 'printed' page of any book that has been scanned into the system. According to its developers, the last book could ultimately hold the entire Library of Congress, which is of the order of 20 million volumes. The book one wished to read would be selected by pushing some buttons on the spine of the e-book, and the display on its e-inked pages would be rearranged. In time, the developers of this twenty-first century technology claim, such books could also incorporate video clips to give us illuminated books that were also animated.

I spent a lot of time thinking about the Soviet Union these last few years, spent three chilly weeks there last year, 1984—and I don’t mean the temperature. What’s next? Clearly, the Soviet Union is doomed. This will surprise some; we tend to think big institutions last. After it falls, we’ll see a sudden world realization that freedom and free markets work—big shock, for some. Technology will open doors for us—computers and the internet particularly. But then new enemies of reason and science will arise, and we’ll have to fend them off—by making the experience and wonder of science dwell in people’s minds, not as spectacle (which too often science fiction is, merely), but as insight.

I made up my mind I was going to learn something about IBM computers. So I enrolled in an IBM school for retailers in Poughkeepsie, New York. One of the speakers was a guy from the National Mass Retailers’ Institute (NMRI), the discounters’ trade association, a guy named Abe Marks. ABE MARKS, HEAD OF HARTFIELD ZODY’S, AND FIRST PRESIDENT, NMRI: “I was sitting there at the conference reading the paper, and I had a feeling somebody was standing over me, so I look up and there’s this grayish gentleman standing there in a black suit carrying an attaché case. And I said to myself, ‘Who is this guy? He looks like an undertaker.’ “He asks me if I’m Abe Marks and I say, ‘Yes, I am.’ “ ‘Let me introduce myself, my name is Sam Walton,’ he says. ‘I’m only a little fellow from Bentonville, Arkansas, and I’m in the retail business.’ “I say, ‘You’ll have to pardon me, Sam, I thought I knew everybody and every company in the retail business, but I never heard of Sam Walton. What did you say the name of your company is again?’ “ ‘Wal-Mart Stores,’ he says. “So I say, ‘Well, welcome to the fraternity of discount merchants. I’m sure you’ll enjoy the conference and getting acquainted socially with everyone.’ “ ‘Well, to be perfectly honest with you, Mr. Marks, I didn’t come here to socialize, I came here to meet you. I know you’re a CPA and you’re able to keep confidences, and I really wanted your opinion on what I am doing now.’ So he opens up this attaché case, and, I swear, he had every article I had ever written and every speech I had ever given in there. I’m thinking, This is a very thorough man.’ Then he hands me an accountant’s working column sheet, showing all his operating categories all written out by hand. “Then he says: ‘Tell me what’s wrong. What am I doing wrong?’ “I look at these numbers—this was in 1966—and I don’t believe what I’m seeing. He’s got a handful of stores and he’s doing about $10 million a year with some incredible margin. An unbelievable performance! “So I look at it, and I say, ‘What are you doing wrong? Sam—if I may call you Sam—I’ll tell you what you are doing wrong.’ I handed back his papers and I closed his attaché case, and I said to him, ‘Being here is wrong, Sam. Don’t unpack your bags. Go down, catch a cab, go back to the airport and go back to where you came from and keep doing exactly what you are doing. There is nothing that can possibly improve what you are doing. You are a genius.’ That’s how I met Sam Walton.” Abe

James Holland, editor of gadgets website electricpig.co.uk, said: “You’d buy a desk that charged any gadget placed on it. You’d never need to hunt for the right charger again.” Also, in 2007, a team from MIT's Department of Physics, Department of Electrical Engineering and Computer Science, and Institute

Between the black box proprietary code, barebones computers we call voting machines and a mass of completely unqualified election officials, our election system is up for grabs to anybody with even a modest interest and some script kiddie capability. The cyber-kinetic attack surface here is wide open.

If the press was, as David Riesman called it, “the gunpowder of the mind,” the computer, in its capacity to smooth over unsatisfactory institutions and ideas, is the talcum powder of the mind.

An Organizing System is an abstract characterization of how some collection of resources is described and arranged to enable human or computational agents to interact with the resources. The Organizing System is an architectural and conceptual view that is distinct from the physical arrangement of resources that might embody it, and also distinct from the person, enterprise, or institution that implements and operates it.

Large institutions such as the Pentagon, the Internal Revenue Service, and multinational corporations tell us that their decisions are made on the basis of solutions generated by computers, and this is usually good enough to put our minds at ease or, rather, to sleep. In any case, it constrains us from making complaints or accusations. In part for this reason, the computer has strengthened bureaucratic institutions and suppressed the impulse toward significant social change.

For example, there’s an uncharacteristic explosion of creativity among accountants. Yes, accountants: Groups like the Thriveal C.P.A. Network and the VeraSage Institute are leading that profession from its roots in near-total risk aversion to something approaching the opposite. Computing may have commoditized much of the industry’s everyday work, but some enterprising accountants are learning how to use some of their biggest assets — the trust of their clients and access to financial data — to provide deep insights into a company’s business. They’re identifying which activities are most profitable, which ones are wasteful and when the former become the latter. Accounting once was entirely backward-looking and, because no one would pay for an audit for fun, dependent on government regulation. It was a cost. Now real-time networked software can make it forward-looking and a source of profit. It’s worth remembering, though, that this process never ends: As soon as accountants discover a new sort of service to provide their customers, some software innovator will be seeking ways to automate it, which means those accountants will work to constantly come up with even newer ideas. The failure loop will

In the early twenty-first century, as criminals figured out ways to monetize their malicious software through identity theft and other techniques, the number of new viruses began to soar. By 2015, the volume had become astonishing. In 2010, the German research institute AV-Test had assessed that there were forty-nine million strains of computer malware in the wild. By 2011, the antivirus company McAfee reported it was identifying two million new pieces of malware every month. In the summer of 2013, the cyber-security firm Kaspersky Lab reported it identified and isolated nearly 200,000 new malware samples every single day.

The term “hacker” originated at the Massachusetts Institute of Technology in the mid-twentieth century. Initially the word “hack” referred to the infamous pranks pulled by students, such as putting a fire truck on top of the MIT dome. As tech journalist Steven Levy writes in Hackers, “To qualify as a hack, the feat must be imbued with innovation, style, and technical virtuosity,” and this ethos carried over to computer hackers in the 1950s and ’60s. At MIT, hackers were respected as hands-on virtuosos—even if they pulled all-nighters, slept through class, and received poor grades. The students who always went to class, never left the library, and got straight As? They were called “tools.

For example, suppose you are seeking a job as a retail manager. You might bring added value by being fluent in English, Spanish, and French. Being trilingual may not be part of the job description but can be a valuable asset when working with diverse employees and customers who speak Spanish and French. This Value-Added message may tip the scale in your favor. Possibly you are seeking a job as a fifth grade teacher. If you are an expert in computers and computer programming, these skills may not be part of the job description but might be perceived as having high value to an academic institution. If you are an expert electrician, but you are also highly skilled in sales, this added value of contributing to new business development efforts might be the differentiator, the added skill that will help you land a job quickly in tough markets.

One persistent attempt to find a thread in the history of mankind focuses on the notion of Reason. Human history, on this view, is the unfolding of rationality. Human thought, institutions, social organization, become progressively more rational. The idea that Reason is the goal or end-point of the development of mankind can fuse with the view that it also constitutes the principal agency which impels humanity along its path. It seems natural to suppose that changes in human life spring from growth of our ideas, our ways of thought. What is conduct if not implementation of ideas? If we improve, is it not because our ideas have improved? Though somewhat suspect as the fruit of vainglorious self-congratulation by nineteenth century Europeans, the role of thought and reason still deserves some consideration. The problems and difficulties facing a reason-centred view of history are considerable. No doubt the idea is far less popular now than it was in the heady days of rationalistic optimism, which stretched, in one form or another, from the late eighteenth to the early twentieth centuries. But, in a sober and not necessarily optimistic form, it remains necessary to attempt some kind of sketch of the cognitive transformation of mankind, from the days of hunting to those of computing. The nature of our cognitive activities has not remained constant: not only have things changed, but the change has also been deep and fundamental. It is not merely a matter of more of the same. The changes that have occurred have been changes in kind. A convenient baseline or starting point for the discussion of this problem is provided by the blatant absurdity of some at least of the beliefs of primitive man. Many of us like to think that the standards of what is acceptable in matters of belief have gone up, and that the advance of reason in history is manifest in this raising of standards. We have become fastidious and shrink from the beliefs of our distant ancestors, which strike us as absurd. Perhaps, so as not to prejudge an important issue, one ought to say-it is the translations frequently offered of some of the beliefs of some primitive men which now seem so absurd. It may be—and some have indeed argued this—that the absurdity is located not in the original belief itself but in its translation, inspired by a failure to understand the original context. On this view, it is the modern translator, and not the savage, who is guilty of absurdity.

Computers break down. A lot. Especially if you’ve got an old one that doesn’t work so good anymore and you have to shut programs down when that beach ball keeps spinning or that hourglass never disappears. So what do you do? You hit those three “shutdown instantly” buttons, all at the same time: control + alt + delete.

There can be no disputing that the computer has increased the power of large-scale organizations like the armed forces, or airline companies or banks or tax-collecting agencies. And it is equally clear that the computer is now indispensable to high-level researchers in physics and other natural sciences. But to what extent has computer technology been an advantage to the masses of people? To steelworkers, vegetable-store owners, teachers, garage mechanics, musicians, bricklayers, dentists, and most of the rest into whose lives the computer now intrudes? Their private matters have been made more accessible to powerful institutions. They are more easily tracked and controlled; are subjected to more examinations; are increasingly mystified by the decisions made about them; are often reduced to mere numerical objects. They are inundated by junk mail. They are easy targets for advertising agencies and political organizations. The schools teach their children to operate computerized systems instead of teaching things that are more valuable to children.

Therefore, democratic referenda are the best mechanisms for maximizing social welfare in a world consisting of only a single town. Oddly, when we allow additional towns into the system, democratic referenda no longer lead to the highest social welfare. In fact, the effectiveness of the different choice mechanisms is completely reversed, and democratic referenda become the worst possible institution rather than the best. (See figure 2.4.) Why does this happen?

Marc Goodman is a cyber crime specialist with an impressive résumé. He has worked with the Los Angeles Police Department, Interpol, NATO, and the State Department. He is the chief cyber criminologist at the Cybercrime Research Institute, founder of the Future Crime Institute, and now head of the policy, law, and ethics track at SU. When breaking down this threat, Goodman sees four main categories of concern. The first issue is personal. “In many nations,” he says, “humanity is fully dependent on the Internet. Attacks against banks could destroy all records. Someone’s life savings could vanish in an instant. Hacking into hospitals could cost hundreds of lives if blood types were changed. And there are already 60,000 implantable medical devices connected to the Internet. As the integration of biology and information technology proceeds, pacemakers, cochlear implants, diabetic pumps, and so on, will all become the target of cyber attacks.” Equally alarming are threats against physical infrastructures that are now hooked up to the net and vulnerable to hackers (as was recently demonstrated with Iran’s Stuxnet incident), among them bridges, tunnels, air traffic control, and energy pipelines. We are heavily dependent on these systems, but Goodman feels that the technology being employed to manage them is no longer up to date, and the entire network is riddled with security threats. Robots are the next issue. In the not-too-distant future, these machines will be both commonplace and connected to the Internet. They will have superior strength and speed and may even be armed (as is the case with today’s military robots). But their Internet connection makes them vulnerable to attack, and very few security procedures have been implemented to prevent such incidents. Goodman’s last area of concern is that technology is constantly coming between us and reality. “We believe what the computer tells us,” says Goodman. “We read our email through computer screens; we speak to friends and family on Facebook; doctors administer medicines based upon what a computer tells them the medical lab results are; traffic tickets are issued based upon what cameras tell us a license plate says; we pay for items at stores based upon a total provided by a computer; we elect governments as a result of electronic voting systems. But the problem with all this intermediated life is that it can be spoofed. It’s really easy to falsify what is seen on our computer screens. The more we disconnect from the physical and drive toward the digital, the more we lose the ability to tell the real from the fake. Ultimately, bad actors (whether criminals, terrorists, or rogue governments) will have the ability to exploit this trust.

the research? “So many people, I did not know them all. They studied my work. They asked me questions. I told the ISI about it when I got home. A major like you, he was. You can check.” The major did not want to make more work for himself. And it was true, the story as it had been narrated and understood was all in the files. “Why did you go back to America?” he demanded, looking at a sheet of paper. “I was invited to present a paper at a conference that was cosponsored by the Institute of Electrical and Electronics Engineers. It was a great honor for me, and for my university. You can ask them.” He held out his cell phone again, so that Major Nadeem could make a call to verify, but the major shook his head. They spent several more hours like this, going through the major episodes of Dr. Omar’s career. When they came to his most recent work on computer-security algorithms, Dr. Omar apologized that he could not talk about this work in any detail because it had been classified as “top secret” by the Pakistani military. The major found nothing of interest. Dr. Omar was very careful, then and always. The major asked him to sign a paper, and to report any suspicious contacts, and Dr. Omar assured him that he would. The Pakistani authorities never came after him again. That was three years before his world went white.   Omar al-Wazir had multiple binary identities, it could be said. He was a Pakistani but also, in some sense, a man tied to the West. He was a Pashtun from the raw tribal area of South Waziristan, but he was also a modern man. He was a secular scientist and also a Muslim, if not quite a believer. His loyalties might indeed have been confused before the events of nearly two years ago, but not now. Sometimes Dr. Omar grounded himself by recalling the spirit of his father, Haji Mohammed. He remembered the old man shaking his head when Omar took wobbly practice shots with an Enfield rifle, missing the target nearly every time. The look on the father’s face asked: How can this be my oldest son, this boy who cannot shoot? But Haji Mohammed had taught him the code of manhood, just the same. Omar had learned the

Since the current generation of college student has no memory of the historical moment before the advent of the Internet, we are suggesting that participatory learning as a practice is no longer exotic or new but a commonplace way of socializing and learning. For many, it seems entirely unremarkable.' Global business more and more relies on collaborative practices where content is accretive, distributed, and participatory. In other areas too-from the arts to the natural and computational sciences and engineering-more and more research is being enacted

the AuThoRS Neal Lathia is a research associate in the Computer laboratory at the university of Cambridge. His research falls at the intersection of data mining, mobile systems, and personalization/recommender systems. lathia has a phD in computer science from the university College london. Contact him at neal.lathia@ cl.cam.ac.uk. Veljko Pejovic is a postdoctoral research fellow at the school of Computer science at the university of birmingham, uK. His research focuses on adaptive wireless technologies and their impact on society. pejovic received a phD in computer science from the university of California, santa barbara. Contact him at v.pejovic@cs.bham.ac.uk. Kiran K. Rachuri is a phD student in the Computer laboratory at the university of Cambridge. His research interests include smartphone sensing systems, energy efficient sensing, and sensor networks. rachuri received an ms in computer science from the Indian Institute of technology madras. Contact him at kiran.rachuri@cl.cam.ac.uk. Cecilia Mascolo is a reader in mobile systems in the Computer laboratory at the university of Cambridge. Her interests are in the area of mobility modeling, sensing, and social network analysis. mascolo has a phD in computer science from the university of bologna. Contact her at cecilia.mascolo@cl.cam.ac.uk. Mirco Musolesi is a senior lecturer in the school of Computer science at the university of birmingham, uK. His research interests include mobile sensing, large-scale data mining, and network science. musolesi has a phD in computer science from the university College london. Contact him at m.musolesi@ cs.bham.ac.uk. Peter J. Rentfrow is a senior lecturer in the psychology Department at the university of Cambridge. His research focuses on behavioral manifestations of personality and psychological processes. rentfrow earned a phD in psychology from the university of texas at Austin. Contact him at pjr39@cam.ac.uk.selected Cs articles and columns are also available for free at http

Very few people writing about this new industry in the mainstream press truly understood how personal computers had already begun to revert to institutional machines. This was mainly because it was easier for most journalists of the early 1990s to envision and get personally excited about the potential of educational software, or of managing their personal finances, or organizing their recipes in the “digital” kitchen, or imagining how amateur architects could design funky homes right on their home computers. Who wouldn’t be excited about more power in the hands of people, the computer as an extension of the brain, a “bicycle for the mind,” as Steve put it? This was the story of computing that got all the ink, and it was a story no one unfurled as well as Steve. Bill Gates wasn’t swayed by that romance. He saw it as a naïve fantasy that missed the point of the much more sophisticated things PCs could do for people in the enterprise. A consumer market can be an enormously profitable one—put simply, there are so many more people than businesses that if you sell them the right product you can mint money. But the personal computers of that time still didn’t have enough power at a low enough price to excite the vast majority of consumers, or to change their lives in any meaningful way. The business market, however, was a different beast. The potential volume of sales represented by all those corporate desktops, in all those thousands of companies big and small, became the target of Bill Gates’s strategic brilliance and focus. Those companies paid good prices for the reliability and consistency that Windows PCs could deliver. They welcomed incremental improvement, and Bill knew how to give it to them. Steve paid lip service to it, but his heart wasn’t in it. He thrilled only to the concept of how a dramatically better computer could unlock even more potential for its user.

And, as inflation has fallen, so bonds have rallied in what has been one of the great bond bull markets of modern history. Even more remarkably, despite the spectacular Argentine default – not to mention Russia’s in 1998 – the spreads on emerging market bonds have trended steadily downwards, reaching lows in early 2007 that had not been seen since before the First World War, implying an almost unshakeable confidence in the economic future. Rumours of the death of Mr Bond have clearly proved to be exaggerated. Inflation has come down partly because many of the items we buy, from clothes to computers, have got cheaper as a result of technological innovation and the relocation of production to low-wage economies in Asia. It has also been reduced because of a worldwide transformation in monetary policy, which began with the monetarist-inspired increases in short-term rates implemented by the Bank of England and the Federal Reserve in the late 1970s and early 1980s, and continued with the spread of central bank independence and explicit targets in the 1990s. Just as importantly, as the Argentine case shows, some of the structural drivers of inflation have also weakened. Trade unions have become less powerful. Loss-making state industries have been privatized. But, perhaps most importantly of all, the social constituency with an interest in positive real returns on bonds has grown. In the developed world a rising share of wealth is held in the form of private pension funds and other savings institutions that are required, or at least expected, to hold a high proportion of their assets in the form of government bonds and other fixed income securities. In 2007 a survey of pension funds in eleven major economies revealed that bonds accounted for more than a quarter of their assets, substantially lower than in past decades, but still a substantial share.71 With every passing year, the proportion of the population living off the income from such funds goes up, as the share of retirees increases.

In addressing a subcommittee of the National Science Board (it oversees the National Science Foundation) charged with reviewing “transformational” science, he remarked: My colleagues and I have studied approximately 175 research organizations on both sides of the Atlantic, and in many respects the Santa Fe Institute is the ideal type of organization which facilitates creative thinking. And here’s a quote from Wired magazine: Since its founding in 1984, the nonprofit research center has united top minds from diverse fields to study cellular biology, computer networks, and other systems that underlie our lives. The patterns they’ve discovered have illuminated some of the most pressing issues of our time and, along the way, served as the basis for what’s now called the science of complexity. The institute was originally conceived by a small group of distinguished scientists, including several Nobel laureates, most of whom had some association with Los Alamos National Laboratory. They were concerned that the academic landscape had become so dominated by disciplinary stovepiping and specialization that many of the big questions, and especially those that transcend disciplines or were perhaps of a societal nature, were being ignored. The reward system for obtaining an academic position, for gaining promotion or tenure, for securing grants from federal agencies or private foundations, and even for being elected to a national academy, was becoming more and more tied to demonstrating that you were the expert in some tiny corner of some narrow subdiscipline. The freedom to think or speculate about some of the bigger questions and broader issues, to take a risk or be a maverick, was not a luxury many could afford. It was not just “publish or perish,” but increasingly it was also becoming “bring in the big bucks or perish.

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Moore, Christopher, and Martin Nilsson. 1999. “The Computational Complexity of Sandpiles.” Santa Fe Institute Working Paper.

The small town of Gunnison, Colorado, lies at the bottom of the valley carved by the Gunnison River into the Rocky Mountains. It is now crossed by the Colorado stretch of U.S. Highway 50, but in 1918, the town was mainly supplied by train and two at best mediocre roads. When the 1918–19 influenza pandemic reached Colorado as an unwelcome stowaway on a train carrying servicemen from Montana to Boulder, the town of Gunnison took decisive action. As the November 1, 1918, edition of the Gunnison News-Champion documents, a Dr. Rockefeller from the nearby town of Crested Butte was "given entire charge of both towns and county to enforce a quarantine against all the world". He instituted a strict reverse quarantine regime that almost entirely isolated Gunnison from the rest of the world. Gunnison became one of the few communities that largely escaped the ravages of the influenza pandemic, at least in the beginning – in an instructive example of the limited human patience for the social, psychological and economic disruption of quarantine, adherence eventually waned and the front page of the Gunnison News-Champion's March 14, 1919, issue reports that the influenza pandemic got to Gunnison, too. Nevertheless, Gunnison had a very lucky escape – of a population of over 6,900 (including the county), there were only a few cases and a single death.

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The object of cognitive behavioral therapy is to break the vicious circle, thus transforming a wretched mouselike creature who barely dares leave his mouse hole into a go-getter who wins friends and influences people. It is not difficult to see the connection between these ideas and the modern pedagogic tendency to praise children for their efforts, however desultory. In case people think I am exaggerating, let me here remark that an eminent professor at one of Britain’s foremost institutions of higher learning, at which many Nobel Prize winners both studied and taught, informed me recently that he was not permitted to use red ink in marking his students’ essays (they still wrote them by hand, apparently, to cheat by computer being too easy for them) because red ink is deemed by those in charge of the students’ well-being to be too intimidating. The sight of red ink on the pages of their immortal prose might cause the little ones to lose their self-esteem, traumatize them, and mean a blighted life for ever after. Does one laugh? Does one cry? Does one despair? Does one leap for joy at such delectable absurdity? Or all or none of the above?

However, the Internet we use today is still predominantly built on the idea of the stand-alone computer, where most data is centrally stored and managed on the servers of trusted institutions. The data on these servers is protected by firewalls, and system administrators are needed to manage the security of the data stored on the servers.

The National Institutes of Health in Maryland keeps samples of the 1918 flu virus in a freezer at an undisclosed location. It’s not easy to get anywhere near that locked freezer, let alone inside it. First, you have to get onto the campus of the NIH, which requires identification, a reason to be admitted, and a PhD, preferably in one of the life sciences. Once you get through and find the building, a guard has to buzz you in via an airlocked entrance with double doors. Inside, you will pass through a metal detector and then be firmly guided toward a locker, where your cell phone, thumb drive, computer, pager, and camera must be deposited. Then, and only then, will you be escorted farther into the building.

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We expect the cybereconomy to evolve through several stages. 1. The most primitive manifestations of the Information Age involve the Net simply as an information medium to facilitate what are otherwise ordinary industrial-era transactions. At this point, the Net is no more than an exotic delivery system for catalogues. Virtual Vineyards, for example, one of the first cybermerchants, simply sells wine from a page on the World Wide Web. Such transactions are not yet directly subversive of the old institutions. They employ industrial currency, and take place within identifiable jurisdictions. These uses of the Internet have little such megapolitical impact. 2. An intermediate stage of Internet commerce will employ information technology in ways that would have been impossible in the industrial era, such as in long-distance accounting or medical diagnosis. More examples of these new applications of advanced computational power are spelled out below. The second stage of Net commerce will still function within the old institutional framework, employing national currencies and submitting to the jurisdiction of nation-states. The merchants who employ the Net for sales will not yet employ it to bank their profits, only to earn revenues. These profits made on Internet transactions will still be subject to taxation. 3. A more advanced stage will mark the transition to true cybercommerce. Not only will transactions occur over the Net, but they will migrate outside the jurisdiction of nation-states. Payment will be rendered in cybercurrency. Profits will be booked in cyberbanks. Investments will be made in cyberbrokerages. Many transactions will not be subject to taxation. At this stage, cybercommerce will begin to have significant megapolitical consequences of the kind we have already outlined. The powers of governments over traditional areas of the economy will be transformed by the new logic of the Net. Extraterritorial regulatory power will collapse. Jurisdictions will devolve. The structure of firms will change, and so will the nature of work and employment.

audit is possible, yes—but it requires the inspector general’s office and the auditors and the audit report-readers and everyone else in the institutional context to have a level of mathematical and computational literacy in order to understand and communicate about the results. When you ask for medical test results, you get a report, and lawyers and activists understand that.

uprooting and replacing old programs, you institute a new pattern of approach to your life, thereby altering every aspect of your life, such as levels of success, happiness, love, and feelings of connection and purpose. Gradually the old programs will stop being triggered because your mind will know they are no longer a viable option—imagine a program being uninstalled or deleted from a computer. Thus, with the old program removed and the new narrative established and reinforced,

-Do you know the difference between intellectual telepathy and emotional reincarnation? -Yes, telepathy is reading thoughts, and reading feelings and sensations. -Did it ever occur to you that someone is telepathy to you against your will? -Some people have this talent, or so they claim. Baibars: It is not a talent, but a knowledge. Physiognomy was never a talent, but rather an experience. People who travel a lot, social people, who have an appetite for information, and details, are the owners of physiognomy, who acquire it as a result of their experiences, all of which are stored in their subconscious mind, and the latter gives them results. In the form of emphatic feelings, we call it physiognomy, or talent. And basically, it’s based on data: we do not hear or know about anyone who has insight, who has earned this talent while sitting at home, but who is a frequent traveler. The more data you have, the more precise you are able to telepath with your target, and now telepathy is happening at every moment. With the technical revolution and the development and diversity of the means of all information, in many ways, social networking sites are not the first and will not be the last. With the development of computers, and their ability to process huge amounts of data, in a relatively acceptable time, and with the development of artificial intelligence software, and self-learning software, our privacy has become violated by many parties around the world, not only the intelligence services, but even studies and research centers, and decision-making institutions. They all collect an awful lot of data every day, and everyone in this world has a share of it. These software and computers will stand powerless if you strip them from their database, which must be constantly updated. Telepathy became available, easy, and possible, as never before. Physiognomy became electronic in the literal sense of the word. However, our feelings, and our emotions, remain our impenetrable fortress. If you decide to make your entire electronic life a made-up story, contrary to the reality of what you feel, such as expressing joy when you feel sad, this software will expect you from you other than what you really feel, it will fail. The more you are cunning, and deceitful in reincarnation, the more helpless it stands in knowing the truth of your feelings that no one else knows. All that is required of you is to express the opposite of what you feel. The randomness of humans, their spontaneity, and those they think are their free decisions, have been programmed by a package of factors surrounding them, which were imposed on them, including society, environment, conditions, and education. The challenge is to act neither spontaneously nor randomly, and here lies the meaning of the real free will. Can you imagine that? Your spontaneity is pre-programmed, and your random decisions that you think are absolutely free, are in fact not free, and until you are able to imagine this and believe in it, you will remain a slave to the system. To be free you must first overcome it, you must rebel against what you think is your free self. He was silent for a moment, took a breath from his cigarette, and what he was about to say now almost made him inevitable madness, a few years ago… -But, did it occur to you, Robert, that there is someone who can know the truth about your feelings, no matter how hard you try to fake them! And even knows it before you even feel it! A long moment of silence…

A somewhat provocative example of the interconnections between the gaming industry and finance. A technologist working for a large London hedge fund hinted this to me in interview. Trained in computer science and engineering, this interviewee first worked as a network programmer for large online multiplayer games. His greatest challenge was the fact that the Internet is not instantaneous: when a player sends a command to execute in action, it takes time for the signal to reach the computer server and interact with the commands of other players. For the game to be realistic, such delays have to be taken into account when rendering reality on the screen. The challenge for the network programmer is to make these asymmetries as invisible as possible so that the game seem 'equitable to everyone.' The problem is similar in finance, where the physical distance from the stock exchange's matching engines matters tremendously, requiring a similar solution to the problem of latency: simulating the most likely state of the order book on the firm's computers in order to estimate the most advantageous strategies or the firm's trading algorithms. Gaming and finance are linked not through an institutional imperative of culture or capital - or even a strategy, as such - but rather through the more mundane and lowly problems of how to fairly manage latency and connectivity.

To extend the base of the student movement, Rudi Dutschke has proposed the strategy of the long march through the institutions: working against the established institutions while working within them, but not simply by 'boring from within', rather by 'doing the job', learning (how to program and read computers, how to teach at all levels of education, how to use the mass media, how to organize production, how to recognize and eschew planned obsolescence, how to design, et cetera), and at the same time preserving one's own consciousness in working with others. The long march includes the concerted effort to build up counterinstitutions. They have long been an aim of the movement,but the lack of funds was greatly responsible for their weakness and their inferior quality. They must be made competitive. This is especially important for the development of radical, "free" media. The fact that the radical Left has no equal access to the great chains of information and indoctrination is largely responsible for its isolation.

Tom Sadeghi is one such aviation consultant who has a doctoral degree in computer and electrical engineering from Rensselaer Polytechnic Institute. He has seven years of academic experience in addition to 18 years of experience in aerospace defense industries.

Deep State”—the Invisible Government The terms “invisible government,” “shadow government,” and more recently “Deep State” have been used to describe the secretive, occult, and international banking and business families that control financial institutions, both political parties, and cabals within various intelligence agencies in Britain and America. Edward L. Bernays, a pioneer in the field of propaganda, spoke of the “invisible government” as the “true ruling power of our country.” He said, “We are governed, our minds are molded, our tastes formed, our ideas suggested, largely by men we have never heard of.”40 “The political process of the United States of America [is] under attack by intelligence agencies and individuals in those agencies,” U.S. representative Dennis Kucinich (D-OH) said. “You have politicization of agencies that is resulting in leaks from anonymous, unknown people, and the intention is to take down a president. Now, this is very dangerous to America. It’s a threat to our republic; it constitutes a clear and present danger to our way of life.”41 Emotional Contagion One of the reasons why the Deep State has been able to hide in plain sight is because it controls the mainstream media in the United States. Despite the growing evidence of its existence, the media largely denies this reality. David Remnick, editor of the New Yorker, wrote an article titled, “There Is No Deep State: The Problem in Washington Is Not a Conspiracy Against the President; It’s the President Himself.” Like the “thought police” in George Orwell’s 1984—a classic book about a dystopian future where critical thought is suppressed by a totalitarian regime—the Deep State uses the media to program the population according to the dictates of Big Brother and tell people in effect that “WAR IS PEACE,” “FREEDOM IS SLAVERY,” and “IGNORANCE IS STRENGTH.”42 Many of the largest social media platforms are used by the Deep State for surveillance and to influence the masses. Many people think social media is just for personal fun and networking with friends, family, and business associates. However, this innocent activity enables powerful computer networks to create detailed profiles of people’s political and moral beliefs and buying habits, as well as a deep analysis of their psychological conflicts, emotional problems, and pretty much anything Big Brother wants to know. Most people don’t understand the true extent of surveillance now occurring. For at least a decade, digital flat-screen televisions, cell phones and smartphones, laptop computers, and most devices with a camera and microphone could be used to spy on you without your knowledge. Even if the power on one of these devices was off, you could still be recorded by supercomputers collecting “mega-data” for potential use later. These technologies are also used to transform

Judging by the roadside shops, Ghana was quite a God-fearing country. As we drove through a city called Kumasi, I noted the Saint Computer Service, By His Grace Phones, With God Carpentry Works Shop, God Is in Control Sewing and Decoration, the Sweet Mother Bar, and—leaving nothing to chance—the Holy Driving Institute. I pointed out a store called the Nothing But Christ Electrical Shop to Kalu.

Here’s what I reckon. In the olden days, there were institutional boundaries that kept us from getting overexcited. Our employers provided them, for instance. We worked a 9-to-5 day and weekends were off-limits. We didn’t take our phones home. We didn’t have home computers. We weren’t on call 24/7. We could whine if the boundaries were crossed and someone - a boss, the HR department or the Union - would fix the issue. The church ordained days of rest each week and the shops were closed on Sundays. Plane trips were once-in-a-lifetime experiences. We communicated with letters, written slowly and mindfully. No one experienced one-hour-or-less response times.

Someone graduating from college thinks, and is told, that he needs to get a job, as if the important thing were becoming a member of an institution. A more direct way to put it would be: you need to start doing something people want. You don’t need to join a company to do that. All a company is is a group of people working together to do something people want. It’s doing something people want that matters, not joining the group.

Information tech in the era of the personal computer and network is today's equivalent of a Love Bug that not only works but creates a new image of work that allows corporate and other organizational cultures to imagine a cool new vision of themselves. Information technology, in other words, is an institutional desiring engine.

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Jefferson would civilize the Indians, but not in ‘the ancient ineffectual’ way of religious conversion— The following has been successful. First, to raise cattle whereby to acquire a sense of the value of property… arithmetic to compute that value, thirdly writing, to keep accounts, and here they begin to labour; enclose farms, and the women to weave and spin… fourth to read Aesop’s Fables, which are their first delight along with Robinson Crusoe. Creeks, Cherokees, the latter now instituting a government.

the Millennium Project, founded after a three-year feasibility study with the United Nations University, Smithsonian Institution, and the Futures Group International, where synthetic biologists affirm that “as computer code is written to create software to augment human capabilities, so too genetic code will be written to create life forms to augment civilization.”[24] Furthermore, as biotech, infotech, nanotech, and cognotech breakthroughs quickly migrate with appropriate synergies to create widespread man-machine adaptation within society, a “global collective intelligence system [hive supermind] will be needed to track all these science and technology advances,” the report goes on to say.

Our collective enthusiasm for applying computer technology to every aspect of life has resulted in a tremendous amount of poorly designed technology. That badly designed technology is getting in the way of everyday life rather than making life easier. Simple things like finding a new friend's phone number or up-to-date email address have become time-consuming. The problem here, as in so many cases, is too much technology and not enough people. We turned over record-keeping to computational systems but fired all the humans who kept the information up-to-date. Now, since nobody goes through and makes sure all the contact information is accurate in every institutional directory, it is more difficult than ever to get in touch with people.

Is Willis Carrier an anomaly or not? The question has real political and social stakes, because the doxa of market capitalism as an unparalleled innovation engine has long leaned on stories like Willis Carrier’s miraculous cooling device as a cornerstone of its faith.6 In many respects, these beliefs made sense, because the implicit alternatives were the planned economies of socialism and communism. State-run economies were fundamentally hierarchies, not networks. They consolidated decision-making power in a top-down command system, which meant that new ideas had to be approved by the authorities before they could begin to spread through the society. Markets, by contrast, allowed good ideas to erupt anywhere in the system. In modern tech-speak, markets allowed innovation to flourish at the edges of the network. Planned economies were more like the old mainframe computer systems that predated the Internet, where every participant had to get authorization from a central machine to do new work. When Friedrich von Hayek launched his influential argument in the 1940s about the importance of price signals in market economies, he was observing a related phenomenon: the decentralized pricing mechanism of the marketplace allows an entrepreneur to gauge the relative value of his or her innovation. If you come up with an interesting new contraption, you don’t need to persuade a government commission of its value. You just need to get someone to buy it. Entire institutions and legal frameworks—not to mention a vast tower of conventional wisdom—have been built around the Carrier model of innovation. But what if he’s the exception and not the rule?

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