Urban Studies

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The MIT Technology Review has republished a piece of  “Machinery and Unemployment,” Dugald C. Jackson’s 1933 article for that publication about workers displaced by technical progress. What was true then–new opportunities would replace those that vanished–may not be so now. And certainly Jackson’s remedy (businesses purposely not use machines to preserve some jobs) is completely at odds with this age. An excerpt:

In the United States, a highly mechanized nation, the proportion of the population ten years of age and older in gainful occupations has varied only six or seven per cent from its average figure during the 50 years from 1880 to 1930. Nevertheless, during the same time a large change occurred in the percentages employed in different occupations. The numbers of individuals gainfully occupied in trade, transportation, and clerical work expanded tremendously. Similar shifts have occurred in western Europe.

Employees of the more advanced ages and least mental skill are likely to be permanently displaced by such shifts. The uneducated and meager-minded man who is destitute is a continuing cost-burden to society; and it is a poor order of intellect which can look upon the poorhouse as a desirable haven for old age.

The only civilized cure is to prevent these changes from causing destitution. This may be done by placing responsibility on those commercial, industrial, or other profit-making activities favorably affected by the changes. Replacement of man-hours by machine-hours should be restrained unless the replacement enlarges net earnings sufficiently to provide a reasonable contribution for reestablishing the displaced employees’ status of living. Applying these principles would introduce a restraint upon the improper or socially unprofitable introduction of machinery.”•

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From the December 30, 1953 Brooklyn Daily Eagle:

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Who has the next billion-dollar idea in Silicon Valley? If you’re like me, you don’t give a flying fuck.

But it is interesting that an industry so determined to inform our lives with algorithms, Big Data and Deep Learning basically throws shit at a wall and sees what will stick when it comes to doling out venture capital. Why wouldn’t VC investors use a more scientific Moneyball approach? I would guess it has something to do with ego.

From Claire Cain Miller at the New York Times:

Many people think they know what the founder of a tech start-up looks like: a 20-something man who spent his childhood playing on computers in his basement and who later dropped out of college to become a billionaire entrepreneur.

That describes Mark Zuckerberg, Steve Jobs and Bill Gates. But there’s just one thing: They are anomalies.

Most tech start-up founders who have successfully raised venture capital have much less unusual résumés, according to data analysis by researchers at the University of California, Berkeley, Haas School of Business. The average founder is 38, with a master’s degree and 16 years of work experience.

Yet if someone like that came to a top venture capitalist’s office, he or she could very well be turned away. Start-up investors often accept pitches only from people they know, and rely heavily on gut feelings, intuition and what’s worked before. “I can be tricked by anyone who looks like Mark Zuckerberg,” Paul Graham, co-founder of the seed investor Y Combinator, once said.

That strategy, however, means that investors are likely to be missing some good bets.•

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Sharpie on my butt

Woke up in Elmsford. Looking for whoever wrote on my ass! It was a Sharpie and I’m having trouble washing it off.

 

In 1966, when Playboy was still based in Chicago, Hugh Hefner thought most people would soon be enjoying his lifestyle. Well, not exactly his lifestyle.

The mansion, the grotto and the Bunnies were not likely for most, but he believed technology would help us remove ourselves from the larger world so that we could create our own “little planet.” The gadgets he used to extend his adolescence and recuse himself five decades ago are now much more powerful and affordable to almost everyone. Hefner believed our new, personalized islands would be our homes, not our phones, but he was right in thinking that tools would make life more remote in some fundamental way.

In 1966, Oriana Fallaci interviewed Hefner for her book, The Egotists. Her sharp introduction and the first exchange follow.

_________________________

First of all, the House. He stays in it as a Pharaoh in a grave, and so he doesn’t notice that the night has ended, the day has begun, a winter passed, and a spring, and a summer–it’s autumn now. Last time he emerged from the grave was last winter, they say, but he did not like what he saw and returned with great relief three days later. The sky was then extinguished behind the electronic gate, and he sat down again in his grave: 1349 North State Parkway, Chicago. But what a grave, boys! Ask those who live in the building next to it, with their windows opening onto the terrace on which the bunnies sunbathe, in monokinis or notkinis. (The monokini exists of panties only, the notkini consists of nothing.) Tom Wolfe has called the house the final rebellion against old Europe and its custom of wearing shoes and hats, its need of going to restaurants or swimming pools. Others have called it Disneyland for adults. Forty-eight rooms, thirty-six servants always at your call. Are you hungry? The kitchen offers any exotic food at any hour. Do you want to rest? Try the Gold Room, with a secret door you open by touching the petal of a flower, in which the naked girls are being photographed. Do you want to swim? The heated swimming pool is downstairs. Bathing suits of any size or color are here, but you can swim without, if you prefer. And if you go into the Underwater Bar, you will see the Bunnies swim as naked as little fishes. The House hosts thirty Bunnies, who may go everywhere, like members of the family. The pool also has a cascade. Going under the cascade, you arrive at the grotto, rather comfortable if you like to flirt; tropical plants, stereophonic music, drinks, erotic opportunities, and discreet people. Recently, a guest was imprisoned in the steam room. He screamed, but nobody came to help him. Finally, he was able to free himself by breaking down the door, and when he asked in anger, why nobody came to his help–hadn’t they heard his screams?–they answered, “Obviously. But we thought you were not alone.”

At the center of the grave, as at the center of a pyramid, is the monarch’s sarcophagus: his bed. It’s a large, round and here he sleeps, he thinks, he makes love, he controls the little cosmos that he has created, using all the wonders that are controlled by electronic technology. You press a button and the bed turns through half a circle, the room becomes many rooms, the statue near the fireplace becomes many statues. The statue portrays a woman, obviously. Naked, obviously. And on the wall there TV sets on which he can see the programs he missed while he slept or thought or made love. In the room next to the bedroom there is a laboratory with the Ampex video-tape machine that catches the sounds and images of all the channels; the technician who takes care of it was sent to the Ampex center in San Francisco. And then? Then there is another bedroom that is his office, because he does not feel at ease far from a bed. Here the bed is rectangular and covered with papers and photos and documentation on Prostitution, Heterosexuality, Sodomy. Other papers are on the floor, the chairs, the tables, along with tape recorders, typewriters, dictaphones. When he works, he always uses the electric light, never opening a window, never noticing the night has ended, the day begun. He wears pajamas only. In his pajamas, he works thirty-six hours, forty-eight hours nonstop, until he falls exhausted on the round bed, and the House whispers the news: He sleeps. Keep silent in the kitchen, in the swimming pool, in the lounge, everywhere: He sleeps.

He is Hugh Hefner, emperor of an empire of sex, absolute king of seven hundred Bunnies, founder and editor of Playboy: forty million dollars in 1966, bosoms, navels, behinds as mammy made them, seen from afar, close up, white, suntanned, large, small, mixed with exquisite cartoons, excellent articles, much humor, some culture, and, finally, his philosophy. This philosophy’s name is “Playboyism,” and, synthesized, it says that “we must not be afraid or ashamed of sex, sex is not necessarily limited to marriage, sex is oxygen, mental health. Enough of virginity, hypocrisy, censorship, restrictions. Pleasure is to be preferred to sorrow.” It is now discussed even by theologians. Without being ironic, a magazine published a story entitled “…The Gospel According to Hugh Hefner.” Without causing a scandal, a teacher at the School of Theology at Claremont, California, writes that Playboyism is, in some ways, a religious movement: “That which the church has been too timid to try, Hugh Hefner…is attempting.”

We Europeans laugh. We learned to discuss sex some thousands of years ago, before even the Indians landed in America. The mammoths and the dinosaurs still pastured around New York, San Francisco, Chicago, when we built on sex the idea of beauty, the understanding of tragedy, that is our culture. We were born among the naked statues. And we never covered the source of life with panties. At the most, we put on it a few mischievous fig leaves. We learned in high school about a certain Epicurus, a certain Petronius, a certain Ovid. We studied at the university about a certain Aretino. What Hugh Hefner says does not make us hot or cold. And now we have Sweden. We are all going to become Swedish, and we do not understand these Americans, who, like adolescents, all of a sudden, have discovered that sex is good not only for procreating. But then why are half a million of the four million copies of the monthly Playboy sold in Europe? In Italy, Playboy can be received through the mail if the mail is not censored. And we must also consider all the good Italian husbands who drive to the Swiss border just to buy Playboy. And why are the Playboy Clubs so famous in Europe, why are the Bunnies so internationally desired? The first question you hear when you get back is: “Tell me, did you see the Bunnies? How are they? Do they…I mean…do they?!?” And the most severe satirical magazine in the U.S.S.R., Krokodil, shows much indulgence toward Hugh Hefner: “[His] imagination in indeed inexhaustible…The old problem of sex is treated freshly and originally…”

Then let us listen with amusement to this sex lawmaker of the Space Age. He’s now in his early forties. Just short of six feet, he weighs one hundred and fifty pounds. He eats once a day. He gets his nourishment essentially from soft drinks. He does not drink coffee. He is not married. He was briefly, and he has a daughter and a son, both teen-agers. He also has a father, a mother, a brother. He is a tender relative, a nepotist: his father works for him, his brother, too. Both are serious people, I am informed.

And then I am informed that the Pharaoh has awakened, the Pharaoh is getting dressed, is going to arrive, has arrived: Hallelujah! Where is he? He is there: that young man, so slim, so pale, so consumed by the lack of light and the excess of love, with eyes so bright, so smart, so vaguely demoniac. In his right hand he holds a pipe: in his left hand he holds a girl, Mary, the special one. After him comes his brother, who resembles Hefner. He also holds a girl, who resembles Mary. I do not know if the pipe he owns resembles Hugh’s pipe because he is not holding one right now. It’s a Sunday afternoon, and, as on every Sunday afternoon, there is a movie in the grave. The Pharaoh lies down on the sofa with Mary, the light goes down, the movie starts. The Bunnies go to sleep and the four lovers kiss absentminded kisses. God knows what Hugh Hefner thinks about men, women, love, morals–will he be sincere in his nonconformity? What fun, boys, if I discover that he is a good, proper moral father of Family whose destiny is paradise. Keep silent, Bunnies. He speaks. The movie is over, and he speaks, with a soft voice that breaks. And, I am sure, without lying.

Oriana Fallaci:

A year without leaving the House, without seeing the sun, the snow, the rain, the trees, the sea, without breathing the air, do you not go crazy? Don’t you die with unhappiness?

Hugh Hefner:

Here I have all the air I need. I never liked to travel: the landscape never stimulated me. I am more interested in people and ideas. I find more ideas here than outside. I’m happy, totally happy. I go to bed when I like. I get up when I like: in the afternoon, at dawn, in the middle of the night. I am in the center of the world, and I don’t need to go out looking for the world. The rational use that I make of progress and technology brings me the world at home. What distinguishes men from other animals? Is it not perhaps their capacity to control the environment and to change it according to their necessities and tastes? Many people will soon live as I do. Soon, the house will be a little planet that does not prohibit but helps our relationships with the others. Is it not more logical to live as I do instead of going out of a little house to enter another little house, the car, then into another little house, the office, then another little house, the restaurant or the theater? Living as I do, I enjoy at the same time company and solitude, isolation from society and immediate access to society. Naturally, in order to afford such luxury, one must have money. But I have it. And it’s delightful.•

 

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How do we reconcile largely free-market economies with highly automated ones? That depends.

If a scary number of jobs disappear into the algorithms and are readily replaced by new positions in industries we’ve yet to imagine, then it’s a bumpy changeover but not a massive upheaval. But why wouldn’t those jobs also be roboticized? Really, only trucking, delivery and construction have to lose their human workers for serious remedies to be required. Universal basic income is often cited as one potential solution.

From Josefin Smeds at Smarter Together:

For a long time, an argument in favor of automatization has been that it frees up time for people to work less and spend more time on family, leisure, and hobbies. Unfortunately, reality has shown that this has not been the result. Rather, some of us work a lot more than before whereas others are struggling to even break into the job market.

What are the alternatives then? Here is a little optimism along with some thought-provoking ideas. Jobs disappearing and tasks being carried out by machines do not have to be an entirely bad thing. Basic income is an intriguing (and somewhat controversial) concept where each citizen gets a regular “citizen salary” from the government, enough to cover expenses for basic needs. Supposedly, this would enable people to do what they really want to do in life, rather than working just to get bread on the table. The money for this basic income could, at least partly, be taken from the savings made from reduced government expenses on unemployment allowances and social security.•

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You hear an awful lot about how America is falling behind in STEM (Science, Technology, Engineering, Math) education, that there’s a shortfall of graduates in those areas for now and the future. But labor statistics don’t back this claim.

Silicon Valley has been particularly loud about wanting foreign applicants fast-tracked for visas and citizenship. The situation is dire, they insist. Perhaps whether we’re talking about apple pickers or Apple engineers, this protest is more about want than need.

From Andrew Hacker’s NYRB piece “The Frenzy About High-Tech Talent“:

A variety of American industries have long held that their survival depends on being permitted to bring in foreign workers. Most familiar has been much of agriculture, which claims that resident citizens will not take the pay that employers can afford. Today the technology sector is making a similar plea, with the obvious difference that it needs more cerebral skills. Under H-1B, candidates must be sponsored by specified employers, with elaborate paperwork on both sides, including avowals that the domestic workforce has been thoroughly combed for qualified candidates. Apparently, the time spent on such applications is worth it.

As of the end of 2012, fully 262,569 H-1B visa-holders were working in the United States. By far the most were from India (168,367), with China a distant second (19,850). Indians are most wanted because they come knowing English and can start on assignments the day after they arrive. Topping the list are “computer-related occupations,” such as coding, followed by engineering. Microsoft leads the employers’ list, with Intel, IBM, and Oracle close behind. But a host of enterprises now have software systems in need of servicing. The H-1B roster also includes Goldman Sachs, JP Morgan Chase, and the Rite-Aid pharmacy chain.

A central question, of course, is why Americans weren’t available or applying for these 262,569 jobs. During the 2001–2011 decade, the most recent for which we have figures, our colleges turned out some 2.5 million graduates in computer science and engineering, which seems a fair-sized pool. On its face, it should contain enough people with the qualifications that Microsoft and Oracle and Rite-Aid expect. One explanation is that these and other firms in fact prefer people from abroad. Indeed, many are already in universities here, where they receive half the graduate degrees in computer science and engineering. Of students from India awarded Ph.D.s, 85 percent were still in the US five years after receiving their degrees.

James Bach and Robert Werner’s How to Secure Your H-1B Visa is written for both employers and the workers they hire. They are told that firms must “promise to pay any H-1B employee a competitive salary,” which in theory means what’s being offered “to others with similar experience and qualifications.” At least, this is what the law says. But then there are figures compiled by Zoe Lofgren, who represents much of Silicon Valley in Congress, showing that H-1B workers average 57 percent of the salaries paid to Americans with comparable credentials.

Norman Matloff, a computer scientist at the University of California’s Davis campus, provides some answers. The foreigners granted visas, he found, are typically single or unattached men, usually in their late twenties, who contract for six-year stints, knowing they will work long hours and live in cramped spaces. Being tied to their sponsoring firm, Matloff adds, they “dare not switch to another employer” and are thus “essentially immobile.” For their part, Bach and Warner warn, “it may be risky for you to give notice to your current employer.” Indeed, the perils include deportation if you can’t quickly find another guarantor.

Matloff also found that employers “tailor job requirements so that only the desired foreign applicants qualify” and they “have an arsenal of legal means to reject all US workers who apply.”•

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I own almost nothing. Seriously. My laptop and phone and whatever books I’m reading right now and some clothes. That’s it. But some collect and others hoard, and the latter’s driven by a deep psychological impulse. I suspect it has something to do with a desire for permanence, a vain attempt to defeat death. 

Of course, the Borrowing Economy has made it possible to unclutter our lives somewhat, as information, rather than a physical product, is traded, the hardware disappeared into the software. In “Why You Soon Won’t Own Anything And Why That’s A Good Thing,” Johannes Koponen of Demos Helsinki believes this trend will not just continue apace but reach maximum speed. An excerpt:

Things get really interesting when we start talking about cars instead of music. What would it be like to access a car on-demand? You might say that we already have taxis. But a taxi isn’t as convenient as Netflix is. What would it be like to actually have the convenience of your own car without owning it?

Mobility-as-a-Service (MaaS) is a model for traffic without ownership. You pay a monthly fee for it, like with Spotify, tell the app where you are going and get instnat access to taxis, Ubers, buses, and so on. Everything is available on-demand and ownership is no longer needed.

MaaS is part of a trend called the “as a service” model. The framework began as a simple idea in software development, when companies started paying for access instead of buying permanent licenses for office programs. Now the same model is moving into the material world. Netflix, Spotify, AirBnb and Uber are all “as a service” companies.

“As a service” models become more and more feasible when the number of sensors that surround us increases. This development is often called the “Internet of Things”. But when we consider the Internet of Things from the perspective of disappearing products and the increase in new service models, we can effectively conclude that it is, in fact, the “Internet of No Things.”

What is so revolutionary about the “as a service” model then? Why is it good not to own things? There are two main reasons and these are related:

  1. Ownership makes us lazy.
  2. The planet cannot survive with us consuming so much stuff.•

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Mollie Fancher didn’t exactly sleep through history, but she certainly reclined as it passed by.

The odd woman, known as the “Brooklyn Enigma,” reportedly suffered a pair of accidents in the 1860s while on the cusp of adulthood and repaired to her bedroom where she spent the rest of her life, saying that she could no longer walk. It’s not something you’d normally question, but doctors could never precisely figure out her condition, and Fancher became known for her strange claims that she could go years without solid food (a “fasting girl,” she was called) and that she was a clairvoyant. (It’s also possible she had multiple personalities.) Over the next 50 years (or 438,000 hours), some of which she shared with her parrot, Joe, the Brooklyn Bridge was built, streetcars and automobiles began replacing horses and the telephone was patented and proliferated. All the while, Fancher clung to her pillow.

One month before her death, she celebrated five decades of being bedridden with a party of sorts, as was recorded in an article the January 30, 1916 Brooklyn Daily Eagle.

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In the year 2100, how much of construction will remain in human hands? Precious little, I would think.

Pluses include much cheaper structures that are much quicker to completion, home costs being lower and personalized architecture being readily available. The chief minus is, of course, the number of jobs lost. If just the construction and trucking industries were lost to printing and automation, that would leave a huge gulf in the U.S. Labor market.

From Andrew Torchia of Reuters:

DUBAI (Reuters) – Dubai said it would construct a small office building using a 3D printer for the first time, in a drive to develop technology that would cut costs and save time as the city grows.

3D printing, which uses a printer to make three-dimensional objects from a digital design, is taking off in manufacturing industries around the world but has so far been used little in construction.

Dubai’s one-storey prototype building, with about 2,000 square feet (185 square meters) of floor space, will be printed layer-by-layer using a 20-foot tall printer, Mohamed Al Gergawi, the United Arab Emirates Minister of Cabinet Affairs, said on Tuesday.

It would then be assembled on site within a few weeks. Interior furniture and structural components would also be built through 3D printing with reinforced concrete, gypsum reinforced with glass fiber, and plastic.•

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I certainly don’t know enough about Utrecht’s economy to say if the Dutch city’s plan to provide universal basic income is a good one or what the success or failure of the experiment would mean, if anything, beyond its borders, but it certainly will get rid of a lot of bureaucracy. In the U.S., the measuring of the needs of people across a multitude of plans carries heavy administrative costs. 

From DutcheNews.nl:

Utrecht city council is to begin experimenting with the idea of a basic income, replacing the current complicated system of taxes, social security benefits and top-up benefits.

City alderman Victor Everhardt says the aim is to see if the concept of a basic income works in practice. ‘Things can be simpler if we base the system on trust,’ he told website DeStadUtrecht.nl.

The experiment will start after the summer holidays and is being carried out together with researchers from Utrecht University.

In theory, a basic income consists of a flat income to cover living costs which, supporters say, will free up people to work more flexible hours, do volunteer work and study. Additional income is subject to income tax.

The Utrecht project will focus on people claiming welfare benefits. One group will continue under the present system of welfare plus supplementary benefits for housing and health insurance. A second group will get benefits based on a system of incentives and rewards and a third group will have a basic income with no extras.•

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“A poet turns to selling medical marijuana to make money. “

Volunteer for joke writer for feature film

Please send some jokes if you’d like to volunteer.

Movie Plot:

A poet turns to selling medical marijuana to make money. Along his journey he tries to help 5 strangers everyday by helping anyway he can. The poet’s best friend is arrested and held for blackmail by a DEA captain, and the poet does his best to pay off the DEA captain and help others along the way. He meets a beautiful nurse along the way.

From the February 5, 1910 Brooklyn Daily Eagle:

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Ant colonies are analogous in many ways with human societies and computer systems, operating as a cooperative with the help of innate algorithms. In a Quanta Magazine Q&A, Emily Singer speaks to Stanford biologist Deborah Gordon about how these tiny builders can help us learn how to better assimilate the Information Age’s flood of data. An excerpt:

Question:

How do ant colonies change over time?

Deborah Gordon:

I found that a harvester ant colony’s behavior changes as it gets older and larger. Some aspects of network behavior just depend on size. In harvester ants, individual worker ants (other than the queen) live only a year, so it’s not the ants that get older and wiser, it’s the colony. That’s a puzzle, and it got me thinking about interaction networks, because I was looking for something that the ants could do in the same way but would have a different outcome if there are more ants. For example, I’m an ant, and I follow a rule that says, if I meet another ant at a certain rate, I do x. In a large colony, I might meet more ants. The same rule might have a different outcome if the colony is bigger because the rate of interaction would change.

We’re surrounded by giant networks — the Internet, our brains — so that got me interested in other systems. How does the behavior of a network scale as it gets larger?

Question:

How does it scale?

Deborah Gordon:

Older ant colonies are much more stable than young ones. If you create a disturbance, such as making a mess for them to clean up — I put out little piles of toothpicks — the older colonies eventually ignore the mess and get back to foraging. I think that in these colonies, with large numbers of foragers, the processes that drive them to forage override the response to the mess.•

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While futzing around on Reddit, I came across a link to “Darwin Among the Machines,” a piece from Samuel Butler’s A First Year in Canterbury Settlement, which, amazingly, was written in 1863, when he was beginning to put together Erewhon. An excerpt:

The views of machinery which we are thus feebly indicating will suggest the solution of one of the greatest and most mysterious questions of the day. We refer to the question: What sort of creature man’s next successor in the supremacy of the earth is likely to be. We have often heard this debated; but it appears to us that we are ourselves creating our own successors; we are daily adding to the beauty and delicacy of their physical organisation; we are daily giving them greater power and supplying by all sorts of ingenious contrivances that self-regulating, self-acting power which will be to them what intellect has been to the human race. In the course of ages we shall find ourselves the inferior race. Inferior in power, inferior in that moral quality of self-control, we shall look up to them as the acme of all that the best and wisest man can ever dare to aim at. No evil passions, no jealousy, no avarice, no impure desires will disturb the serene might of those glorious creatures. Sin, shame, and sorrow will have no place among them. Their minds will be in a state of perpetual calm, the contentment of a spirit that knows no wants, is disturbed by no regrets. Ambition will never torture them. Ingratitude will never cause them the uneasiness of a moment. The guilty conscience, the hope deferred, the pains of exile, the insolence of office, and the spurns that patient merit of the unworthy takes—these will be entirely unknown to them. If they want “feeding” (by the use of which very word we betray our recognition of them as living organism) they will be attended by patient slaves whose business and interest it will be to see that they shall want for nothing. If they are out of order they will be promptly attended to by physicians who are thoroughly acquainted with their constitutions; if they die, for even these glorious animals will not be exempt from that necessary and universal consummation, they will immediately enter into a new phase of existence, for what machine dies entirely in every part at one and the same instant?

We take it that when the state of things shall have arrived which we have been above attempting to describe, man will have become to the machine what the horse and the dog are to man. He will continue to exist, nay even to improve, and will be probably better off in his state of domestication under the beneficent rule of the machines than he is in his present wild state. We treat our horses, dogs, cattle, and sheep, on the whole, with great kindness; we give them whatever experience teaches us to be best for them, and there can be no doubt that our use of meat has added to the happiness of the lower animals far more than it has detracted from it; in like manner it is reasonable to suppose that the machines will treat us kindly, for their existence is as dependent upon ours as ours is upon the lower animals. They cannot kill us and eat us as we do sheep; they will not only require our services in the parturition of their young (which branch of their economy will remain always in our hands), but also in feeding them, in setting them right when they are sick, and burying their dead or working up their corpses into new machines. It is obvious that if all the animals in Great Britain save man alone were to die, and if at the same time all intercourse with foreign countries were by some sudden catastrophe to be rendered perfectly impossible, it is obvious that under such circumstances the loss of human life would be something fearful to contemplate—in like manner were mankind to cease, the machines would be as badly off or even worse. The fact is that our interests are inseparable from theirs, and theirs from ours. Each race is dependent upon the other for innumerable benefits, and, until the reproductive organs of the machines have been developed in a manner which we are hardly yet able to conceive, they are entirely dependent upon man for even the continuance of their species. It is true that these organs may be ultimately developed, inasmuch as man’s interest lies in that direction; there is nothing which our infatuated race would desire more than to see a fertile union between two steam engines; it is true that machinery is even at this present time employed in begetting machinery, in becoming the parent of machines often after its own kind, but the days of flirtation, courtship, and matrimony appear to be very remote, and indeed can hardly be realised by our feeble and imperfect imagination.

Day by day, however, the machines are gaining ground upon us; day by day we are becoming more subservient to them; more men are daily bound down as slaves to tend them, more men are daily devoting the energies of their whole lives to the development of mechanical life. The upshot is simply a question of time, but that the time will come when the machines will hold the real supremacy over the world and its inhabitants is what no person of a truly philosophic mind can for a moment question.•

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Somebody able to read psychology and situations at will can do amazing things, but there aren’t enough such people to go around. Many of those leading governments, corporations, HR departments, etc., are clueless as fuck, and that has an unfortunate ripple effect on others.

Enter data analysis. Can it consistently–or at least more consistently than us–get the answer right, identifying market inefficiencies and inequalities? In many cases, it couldn’t do much worse, especially when you factor in the unwitting biases within us. In “The Data or the Hunch,” Ian Leslie’s Economist Intelligent Life article, the writer uses the story of legendary record-industry figure John Hammond, who made informed bets on Billie and Basie and Bob without the aid of algorithms, to analyze Moneyball and human error. Could a computer have heard in Dylan’s voice what Hammond did? Will AI be better on average but be prone to missing the black swan? An excerpt:

The old music industry turned many young acts into big stars. But it placed many, many more wagers on acts that didn’t sell enough records to pay back; William Goldman’s axiom, “Nobody knows anything,” applies to music as much as the movies. In the social-media era, big bets on untested talent are rarer. This is partly because there’s less money to spray around. But also because the record companies are using data to lower the risk.

This is the day of the analyst. In education, academics are working their way towards a reliable method of evaluating teachers, by running data on test scores of pupils, controlled for factors such as prior achievement and raw ability. The methodology is imperfect, but research suggests that it’s not as bad as just watching someone teach. A 2011 study led by Michael Strong at the University of California identified a group of teachers who had raised student achievement and a group who had not. They showed videos of the teachers’ lessons to observers and asked them to guess which were in which group. The judges tended to agree on who was effective and ineffective, but, 60% of the time, they were wrong. They would have been better off flipping a coin. This applies even to experts: the Gates Foundation funded a vast study of lesson observations, and found that the judgments of trained inspectors were highly inconsistent.

THE LAST STRONGHOLD of the hunch is the interview. Most employers and some universities use interviews when deciding whom to hire or admit. In a conventional, unstructured interview, the candidate spends half an hour or so in a conversation directed at the whim of the interviewer. If you’re the one deciding, this is a reassuring practice: you feel as if you get a richer impression of the person than from the bare facts on their résumé, and that this enables you to make a better decision. The first theory may be true; the second is not.

Decades of scientific evidence suggest that the interview is close to useless as a tool for predicting how someone will do a job. Study after study has found that organisations make better decisions when they go by objective data, like the candidate’s qualifications, track record and performance in tests. “The assumption is, ‘if I meet them, I’ll know’,” says Jason Dana, of Yale School of Management, one of many scholars who have looked into the interview’s effectiveness. “People are wildly over-confident in their ability to do this, from a short meeting.” When employers adopt a holistic approach, combining the data with hunches formed in interviews, they make worse decisions than they do going on facts alone.

The interview isn’t just unreliable, it is unjust, because it offers a back door for prejudice.•

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There was something rotten inside Robert Louis Stevenson, as there is in all of us, but he had a name for it: Mr. Hyde. Not to suggest the author’s voluminous and varied output can be reduced to one novella–I’m talking about the Strange Case of Dr Jekyll and Mr Hyde, of course–but it’s rare that something can be written about the human mind, in this case the subconscious, that will be true as long there are people.

The following article from the December 17, 1894 Brooklyn Daily Eagle announced the sickly author’s death, which occurred two weeks earlier from a cerebral hemorrhage he experienced while living on the Samoan Islands.

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In 1979, Thomas G. Stockham Jr., an electrical engineer who’d provided expert testimony on the Watergate tapes, was preaching to the recording industry that digital was the future, which ultimately helped convince execs to replace LPs with CDs. He spoke to Pattie Reilly of People magazine about the coming revolution, though even he didn’t seem to fully grasp the ramifications. An excerpt:

The pioneer in America in the new field is an MIT-trained electrical engineer and computer scientist named Thomas G. Stockham Jr. “Digital recording isn’t a fad,” he insists. “It’s a whole new concept, like a new alphabet. It has stunning implications. Digitals will cause a music revolution.”

The 45-year-old Stockham is making news with his Soundstream, Inc. of Salt Lake City. But he was no stranger to headlines before this: In 1974, during the Watergate investigation, he was one of six experts who testified on the 18½-minute gap in the Nixon tapes. He and the others agreed that the segment of conversation between the ex-President and aide H. R. Haldeman had been erased from five to nine times, although they stopped short of saying that the so-called accidental erasure was apparently deliberate.

In 1975 Stockham left his professorship at the University of Utah to set up Soundstream, which built the first successful digital recorder in the U.S. the next year. Since then other companies, like 3M and Sony, have developed rival digital systems independently.

Today Soundstream is producing digitally recorded discs for 11 record companies, and the LPs are being sold at selected stores. Though the discs look the same as conventional ones, they can be identified by the word “digital” stamped on the jacket and by their premium prices, ranging from $11 to $18. …

Without doubt, digital recording enhances the reproduction of almost any orchestral performance and that of soloists with multidimensional voices. Another plus is that the new discs can be played on ordinary stereos, and the improvement is obvious even with a basic $400 system. While digitals will not necessarily make conventional records obsolete, the question is whether fussy listeners will want to play their old library after hearing digitals.”•

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Thomas Piketty is a capitalist, which might surprise some. The French economist simply believes the system is a driving force of wealth inequality if left unfettered and must be constantly treated, like a patient prone to fever. In a Financial Times piece by Anne-Sylvaine Chassany, Piketty discusses the development of his ideas. An excerpt:

Piketty says his interest in inequality crystallised after the collapse of the Berlin Wall and the first Gulf war. He recalls visiting Moscow in 1991 and being struck by “the lines in front of shops”. He came back vaccinated against communism — “I believe in capitalism, private property, the market” — but also with a question central to his work: “How come those people had been so afraid of inequality and capitalism in the 19th and 20th century that they created such a monstrosity? How can we tackle inequality without repeating this disaster?”

The first Gulf war, he believed, demonstrated the cynicism of the west: “We are told constantly that states can’t do anything, that it’s impossible to regulate the Cayman Islands and the other tax havens because they are too powerful, and all of a sudden we send a million soldiers 10,000km from home to allow the emir of Kuwait to keep his oil.”

I am halfway through the now tepid bolognese when I ask him why his work had such an impact in the US without causing anything like such a stir in France at the time of its original publication. Piketty says he caught American attention in 2003 when, together with Emmanuel Saez, a fellow French economist who teaches at the University of California, he first compiled historical data on the US’s wealthiest people. In 2009, newly elected President Obama used the French economists’ graph that showed inequality was back to its 1929 peak. “We became the target of Republican think-tanks,” he recalls. The French version of the book acted as a teaser to those critics, he believes, helping propel it to the top of Amazon’s bestseller list for three weeks when it was released in English.

“The rise of the top 1 per cent is an American thing. It’s not by chance that Occupy Wall Street happened in Wall Street, and not in Brussels, Paris or Tokyo,” he says. “It’s different in Europe. Here, inequality takes the form of unemployment and public debt.”

Though Piketty concedes that the global wealth tax he recommends is a “utopian” dream, he also says a confiscatory tax rate of more than 80 per cent on earnings exceeding $1m would work.•

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In 1976, Gail Jennes of People magazine conducted a Q&A with Michael L. Dertouzos, who was the Director of the Laboratory for Computer Science at MIT. He pretty much hit the bullseye on everything regarding the next four decades of computing, except for thinking Moore’s Law would reach endgame in the mid-’80s. An excerpt:

Question:

Will computers be widely used by the average person in coming years?

Michael L. Dertouzos:

We don’t see technical limitations in computer development until the mid-1980s. Until then, decreased cost will make computers smaller, cheaper and more accessible. In 10 or 15 years, one should cost about the same as a big color TV. This machine could become a playmate, testing your wits at chess or checkers. If a computer were hooked up to AP or UPI news-wires, it could be programmed to know that I’m interested in Greece, computers and music. Whenever it caught news items about these subjects, it would print them out on my console—so I would see only the things I wanted to see.

Question:

Will they transmit mail?

Michael L. Dertouzos:

We are already hooked into a network spanning the U.S. and part of Europe by which we send, collect and route messages easily. Although the transmission process is instant, you can let messages pile up until you turn on your computer and ask for your mail.

Question:

Do you foresee computers as a tool for the average child?

Michael L. Dertouzos:

It already is for some. When my 6-year-old son Leonidas visited MIT, he couldn’t understand why all the secretaries had “computers.” He’d seen my computers before he’d seen their typewriters.

Question:

Will the computer eventually be as common as the typewriter?

Michael L. Dertouzos:

Perhaps even more so. It may be hidden so you won’t even know you’re using it. Don’t be surprised if there is one in every telephone, taking over most of the dialing. If you want to call your friend Joe, you just dial “JOE.” The same machine could take messages, advise if they were of interest and then could ring you. In the future, I would imagine there could be computerized cooking machines. You put in a little card that says Chateaubriand and it cooks the ingredients not only according to the best French recipe, but also to your particular taste.

Question:

Will robots ever be heavily relied upon?

Michael L. Dertouzos:

Robots are already doing things for us—for example, accounting and assembling cars. Two-legged robotic bipeds are a romantic notion and actually pretty unstable. But computer-directed robot machines with wheels, for example, may eventually do the vacuum cleaning and mow the lawn.

Question:

How might computers aid us in an election year?

Michael L. Dertouzos:

Voters might quickly find out political candidates’ positions on the issues by consulting computers. Government would then be closer to the pulse of the governed. If we had access to a very intelligent computer, we could probe to find out if the guy is telling the truth by having them check for inconsistency—but that is way in the future.

Question:

Should everyone be required to take a computer course?

Michael L. Dertouzos:

I’d rather see people choose to do so. Latin, the lute and the piano used to be required as a part of a proper upbringing. Computer science will be thought of in the same way. If we can use the computer early in life, we can understand it so we won’t be hoodwinked into believing it can do the impossible. A big danger is deferring to computers out of ignorance.•

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In a really fun, well-written 1987 New York Times Magazine article, Caryn James took the pulse of that decade’s New York literary life, a patient with an irregular heartbeat. In retrospect, most of the best writing of that era was done by others elsewhere.

There are just as many literary people in NYC (and everywhere else) now as during the time of the so-called “Brat Pack,” probably a lot more, but no one worries too much now about naming or glamorizing them. That’s probably for the best. The opening:

A writer’s life may be one of dreary solitude, but the Literary Life – ah, the Literary Life promises glamour, fame, a seat next to Hemingway as he scribbles immortal prose in a Paris cafe. The myth is so alluring it can survive even the most scaled-down atmosphere. On a typical New York night, for instance, David Leavitt, Meg Wolitzer and Gary Glickman – all novelists in their 20’s and the best of friends – are likely to be having dinner at their favorite restaurant, a dingy, hole in the wall in the West Village. ”Even as we sit there,” Glickman says, ”I sometimes wonder, ‘Is this it? Is it the Cafe de Flore?’ ” As Hemingway might have said, isn’t it pretty to think so?

A different twist on the literary life in 1980’s New York clubs replacing cafes, and roaming bands of authors stalking the night streets from Area to Palladium to Nell’s. Jay McInerney’s best-selling 1984 novel, Bright Lights, Big City, with its aspiring-writer hero, created a hip New York where late-night clubs and cocaine blurs collide with literary ambition. Tama Janowitz’s Slaves of New York, published last year, carries on the image, in stories full of struggling artists, devious gallery owners, desperate hangers-on, all willfully imprisoned by their need to be trendy in the city. But these muddled, hard-partying characters – when would they ever find the time, or the clearheadedness, to write? – are fictional exaggerations.

In reality, for many young writers today, New York is a base where they can strive and grow until they become successful enough, or frustrated enough, to leave for a while – to spend the summer at a tranquil writers’ colony or to make money teaching for a year – always returning to replenish themselves in the literary waters, and hit some gossip-filled book parties to make contacts with editors, agents and publishers.

Just glance at the itineraries of some of New York’s hottest young writers. Jay McInerney, who is 33, spent half of last year in Ann Arbor, where his then-wife was finishing her Ph.D. Tama Janowitz, 30, has a fellowship at Princeton University this year. David Leavitt, the short-story writer whose first novel is The Lost Language of Cranes, lives on Long Island. Meg Wolitzer, author of Hidden Pictures, has been teaching upstate. Kathy Acker (whose latest novel is called Don Quixote) the determinedly punkish 38-year-old author identified with downtown Manhattan has lived in London for the last two years. But New York has lost none of its cachet or importance for these writers; no matter where their legal residence, they seem to spend as much time in the city as out of it. They represent the city’s new literary life.

This is no longer the place where, as in years gone by, literary circles had real coherence, where the mention of the journal Partisan Review conjured up an image of like-minded intellectuals. In New York today young authors live in a swifter-than-sound atmosphere, full of energy, hype and distractions. The change reflects new realities in the city and in the publishing industry: higher rents and tougher urban living combined with pressure to bring out a book of fiction before the first blush of youth has passed. So aspiring authors find themselves on a harshly competitive fast track as soon as they are out of college or graduate writing programs – if not before. No wonder they have little time or taste for Bloomsbury-cozy salons or Hemingway-macho feuds.•

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In a recent Telegraph essay, Sir Martin Rees took on what he realizes is almost a fool’s errand: predicting the future. He holds forth on bioengineering, Weak Ai, Strong AI, etc. A passage about what he sees for us–them, really–in the far future:

Let me briefly deploy an astronomical perspective and speculate about the really far future – the post-human era. There are chemical and metabolic limits to the size and processing power of organic brains. Maybe humans are close to these limits already. But there are no such constraints on silicon-based computers (still less, perhaps, quantum computers): for these, the potential for further development could be as dramatic as the evolution from monocellular organisms to humans. So, by any definition of “thinking”, the amount and intensity that’s done by organic human-type brains will, in the far future, be utterly swamped by the cerebrations of AI. Moreover, the Earth’s biosphere in which organic life has symbiotically evolved is not a constraint for advanced AI. Indeed, it is far from optimal – interplanetary and interstellar space will be the preferred arena where robotic fabricators will have the grandest scope for construction, and where non-biological “brains” may develop insights as far beyond our imaginings as string theory is for a mouse.

Abstract thinking by biological brains has underpinned the emergence of all culture and science. But this activity – spanning tens of millennia at most – will be a brief precursor to the more powerful intellects of the inorganic post-human era. So, in the far future, it won’t be the minds of humans, but those of machines, that will most fully understand the cosmos – and it will be the actions of autonomous machines that will most drastically change our world, and perhaps what lies beyond.•

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From the November 5, 1912 New York Times:

ST. LOUIS -– Tight lacing caused the death last night of Joseph Hennella, a female impersonator, at the City Hospital, after collapsing on the stage of a South Side vaudeville theatre late on Sunday night.

In order to add to the illusion when he appeared in a woman’s role he wore a corset tightly laced, to give the effect of a small waist.

Hannella fell unconscious on the stage in the course of his act. He died three hours later. The hospital physicians said the tight lacing had caused a kidney trouble and induced a tendency to apoplexy. Hennella was of medium height, and inclined to be stout. He was 40 years old. In his younger days it was easy for him to get the feminine lines, but lately his increasing girth made it necessary for him to lace extremely tight to create the illusion. Usually he made several changes of costume in the course of an act, and the constriction caused by the corset rendered this a fatiguing and laborious process.•

Attending the recent O’Reilly Solid conference in San Francisco, Richard Waters of the Financial Times glimpsed the future of the Internet of Things, still at a larval stage but a dramatic metamorphosis that will almost definitely happen, though no one knows exactly when. Gathering the information will be only half the battle as processing it intelligently is just as key. In his article, Waters focuses on the potential of ubiquitous connectedness but not the potential perils (privacy concerns, technological unemployment, etc.). An excerpt:

The world-changing applications made possible by the new technology platform cannot be imagined at the outset. …

The exhibits included a “pop-up factory” to make electronics on the fly and a part-3D printed car designed to be built in small local “microfactories”. Much of the discussion was of synthetic biology that will take manufacturing down to the microscopic level and merge the inorganic with the organic.

Behind the disruption lie three technologies that are on a collision course, according to Mickey McManus, a researcher at design software company Autodesk.

Extending internet connectivity to the physical world is only part of the story. A second seminal tech change will stem from the spread of artificial intelligence, which will make it easier to design and control complex ecosystems of objects, as well as put a higher level of intelligence into the individual “things” themselves. The third leg of the revolution, says Mr McManus, is digital manufacturing exemplified by 3D printing, which could present an alternative to some forms of mass-market production.

Taken together, he hints at the types of changes that could result: three students in a dorm room could start a car company; a distributed social network might replace a factory; or objects may disassemble and reassemble themselves as needs change.•

 

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In a fascinating 1968 Mechanix Illustrated article, science-fiction writer James R. Berry predicted life forty years hence, prescient about communications devices, online shopping and driverless cars, though he was too aggressive in some other prognostications. The opening:

IT’S 8 a.m., Tuesday, Nov. 18, 2008, and you are headed for a business appointment 300 mi. away. You slide into your sleek, two-passenger air-cushion car, press a sequence of buttons and the national traffic computer notes your destination, figures out the current traffic situation and signals your car to slide out of the garage. Hands free, you sit back and begin to read the morning paper–which is flashed on a flat TV screen over the car’s dashboard. Tapping a button changes the page.

The car accelerates to 150 mph in the city’s suburbs, then hits 250 mph in less built-up areas, gliding over the smooth plastic road. You whizz past a string of cities, many of them covered by the new domes that keep them evenly climatized year round. Traffic is heavy, typically, but there’s no need to worry. The traffic computer, which feeds and receives signals to and from all cars in transit between cities, keeps vehicles at least 50 yds. apart. There hasn’t been an accident since the system was inaugurated. Suddenly your TV phone buzzes. A business associate wants a sketch of a new kind of impeller your firm is putting out for sports boats. You reach for your attache case and draw the diagram with a pencil-thin infrared flashlight on what looks like a TV screen lining the back of the case. The diagram is relayed to a similar screen in your associate’s office, 200 mi. away. He jabs a button and a fixed copy of the sketch rolls out of the device. He wishes you good luck at the coming meeting and signs off.

Ninety minutes after leaving your home, you slide beneath the dome of your destination city. Your car decelerates and heads for an outer-core office building where you’ll meet your colleagues. After you get out, the vehicle parks itself in a convenient municipal garage to await your return. Private cars are banned inside most city cores. Moving sidewalks and electrams carry the public from one location to another.•

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