Monthly Archive for August, 2011

Chathexis

Excerpted from “The Intellectual Situation”, N+1 Magazine

Someone who wanted to know how we live might ask how we talk. Madame de Rambouillet talked in bed, stretched out on a mattress, draped in furs, while her visitors remained standing. Blue velvet lined the walls of the room, which became known as “the French Parnassus”: a model for the 17th- and 18th-century salons, where aristocratic women led male philosophes in polite and lively discussion.

Talking, of course, is nothing new. But conversation, in the 17th century, was a novel ideal of speech: not utilitarian instructions or religious catechism, but an exchange of ideas, a free play of wit. Thus the hostesses of the Enlightenment received visitors in a new kind of furniture. In 1667, the Gobelins tapestry-weaving workshop became Louis XIV’s official furniture supplier. Previously, fabric—like Madame de Rambouillet’s velvet—had been confined to walls and clothing. The Gobelins were the first to apply it to chairs, which for many long, uncomfortable centuries had been small and hard. Now they were wide and soft—more like beds. The fauteuil confessional, for instance, had wraparound wings against which the listener might rest her cheek, as the priest had done behind his screen. Listening and talking became even easier in the 1680s, with the introduction of the sofa. Seating for two! For the first time in history, people could sit comfortably together indoors for long stretches—thereby making it easier for them to speak comfortably together for long stretches. Thus was conversation enshrined—en-couched—as a vehicle of Enlightenment, fundamental to the self-improvement of civilization.

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Image: Adriane Cloepfil

How Google Dominates Us

James Gleick, The New York Review of Books

Tweets Alain de Botton, philosopher, author, and now online aphorist:

The logical conclusion of our relationship to computers: expectantly to type “what is the meaning of my life” into Google.

You can do this, of course. Type “what is th” and faster than you can find the e Google is sending choices back at you: what is the cloud? what is the mean? what is the american dream? what is the illuminati? Google is trying to read your mind. Only it’s not your mind. It’s the World Brain. And whatever that is, we know that a twelve-year-old company based in Mountain View, California, is wired into it like no one else.

Google is where we go for answers. People used to go elsewhere or, more likely, stagger along not knowing. Nowadays you can’t have a long dinner-table argument about who won the Oscar for that Neil Simon movie where she plays an actress who doesn’t win an Oscar; at any moment someone will pull out a pocket device and Google it. If you need the art-history meaning of “picturesque,” you could find it in The Book of Answers, compiled two decades ago by the New York Public Library’s reference desk, but you won’t. Part of Google’s mission is to make the books of answers redundant (and the reference librarians, too). “A hamadryad is a wood-nymph, also a poisonous snake in India, and an Abyssinian baboon,” says the narrator of John Banville’s 2009 novel, The Infinities. “It takes a god to know a thing like that.” Not anymore.

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Image: Sergey Brin and Larry Page, drawing by John Springs

Recently Published: Technology Journal

technology

The latest issue of The International Journal of Technology, Knowledge and Society includes:

Robots Don’t Complain or Die

By T.E., The Economist

OTHER than the People’s Liberation Army, Foxconn may well be China’s largest individual employer, and certainly its most important. The secretive electronics manufacturer, whose prestigious clients include Apple, has a workforce of more than 1m, including over 500,000 in one vast factory in Shenzhen.Over the past decade Foxconn’s success has epitomised China’s ability to take elegant designs from high-wage countries and turn them out cheaply in huge quantities. Initially applauded for its ability to create vast numbers of jobs, the company’s success has recently come to be seen in a harsher light. Last year there was a spate of employees at the Shenzhen plant committing suicide; in the latest such case, a 21-year-old worker threw himself off a building in late July. In May an explosion at a new factory in Chengdu killed three more employees and, it is believed, caused delays in production of Apple’s iPads.

To pacify its increasingly restive workers, Foxconn has repeatedly bumped up their wages, improved facilities, provided counselling and swathed its factories with nets to catch anyone leaping from a window. All this has resulted in higher costs, and signs that the company’s hitherto hugely successful business model has run its course. At a closed retreat in late July, Terry Gou, the chief executive of the company (which is also known as Hon Hai) unveiled a plan to replace a huge amount of human labour with robots by 2013.

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IBM’s New Chips Compute More Like We Do

A new IBM chip "reads" a researcher’s handwriting.

Brain games: A new IBM chip "reads" a researcher’s handwriting. Credit: IBM Research (from the article)

From Katherine Bourzac in Technology Review:

A microchip with about as much brain power as a garden worm might not seem very impressive, compared with the blindingly fast chips in modern personal computers. But a new microchip made by researchers at IBM represents a landmark. Unlike an ordinary chip, it mimics the functioning of a biological brain—a feat that could open new possibilities in computation.

Inside the brain, information is processed in parallel, and computation and memory are entwined. Each neuron is connected to many others, and the strength of these connections changes constantly as the brain learns. These dynamics are thought to be crucial to learning and memory, and they are what the researchers sought to mimic in silicon. Conventional chips, by contrast, process one bit after another and shunt information between a discrete processor and memory components. The bigger a problem is, the larger the number of bits that must be shuffled around.

The IBM researchers have built and tested two demonstration chips that store and process information in a way that mimics a natural nervous system. The company says these early chips could be the building blocks for something much more ambitious: a computer the size of a shoebox that has about half the complexity of a human brain and consumes just one kilowatt of power. This is being developed with $21 million in funding from the Defense Advanced Research Projects Agency, in collaboration with several universities.

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GPS and the End of the Road

Ari N. Schulman, The New Atlantis

Each generation reimagines the allure of the unknown world, and reinvents the means of discovering it. The greatest journeyer, Odysseus, traveled by ship, beset by monsters and the whims of the gods, seeking not new lands or conquests but only to return home. Later wayfarers yearned for odysseys of their own; but since the Old World was by then pretty well tamed and charted, the old gods vanquished and the dragons fought back to the corners of the maps, they set out on horseback in shining armor, seeking after a quest for questing’s sake. The finest of these knights errant, Don Quixote, readily acknowledged that he’d taken to the road because it was better than the inn.

The Age of Exploration that drew Europe to the Americas made the world seem, at least at first, bigger and more mysterious. The ensuing conquests and technical innovations seemed to open new frontiers just as quickly as they closed old ones: the exploration and charting of the unknown continent gave way to pioneers and prospectors; the taming of the West gave way to settlers. Even once the Americas had been crisscrossed with rails and paved roads, a new age of discovery was opened — the age of personal discovery celebrated in the mythology of Kerouac and the open road. The horizon of the unknown is constantly shifting, but not necessarily receding.

If each successive era has closed an old realm of exploration while opening up another, then what are we to make of the innovations in navigational technologies that have just gotten underway in earnest over the last ten years? The rise of digital mapping and the Global Positioning System (GPS) has seemed to come upon us almost as a matter of course, blended in with the general dawning of the digital age, and on its own relatively unremarked — but it has in a blink ushered in the greatest revolution in navigation since the map and compass.

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Image:  Edward Hopper, “Gas” (1940)

In Baring Facts of Train Crash, Blogs Erode China Censorship

By Michael Wines and Sharon LaFraniere, The New York Times

BEIJING — “After all the wind and storm, what’s going on with the high-speed train?” read the prophetic message posted last Saturday evening on the Chinese microblog Sina Weibo. “It’s crawling slower than a snail. I hope nothing happens to it.”

They were a few short sentences, typed by a young girl with the online handle Smm Miao. But five days later, the torrent that followed them was still flooding this nation’s Internet, and lapping at the feet of government bureaucrats, censors and the state-controlled press.

The train the girl saw, on a track outside Wenzhou in coastal Zhejiang Province, was rammed from behind minutes later, killing 40 people and injuring 191. Since then, China’s two major Twitter-like microblogs — called weibos here — have posted an astounding 26 million messages on the tragedy, including some that have forced embarrassed officials to reverse themselves. The messages are a potent amalgam of contempt for railway authorities, suspicion of government explanations and shoe-leather journalism by citizens and professionals alike.

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Photo Courtesy of Sim Chi Yin for the New York Times

Technology Journal, Volume 7, Number 1 now available

technology_frontThe first issue of Volume 7 of The International Journal of Technology, Knowledge and Society has now been published.

Volume 7, Number 1 contains:

Continue reading ‘Technology Journal, Volume 7, Number 1 now available’

An Internet with Chinese Characteristics

From The Economist

WHEN Huang Bing graduated from university in 2005, he promised himself he would make his first 1m yuan (about $155,000) within three years. It took him a bit longer, but no matter: if his business, a collection of online cosmetics stores, maintains its current trajectory, he will soon count his first billion. In a few years he expects annual revenues to reach 10 billion yuan.

Mr Huang’s company, United Cosmetics International, is only one of thousands on Taobao Mall, a huge online shopping centre. He spotted a demand from women in China’s hinterland for branded cosmetics—and advice on how to use them. “A lot of women in rural areas don’t have access to quality products,” he explains, guiding visitors through the firm’s headquarters in the outskirts of Hangzhou, two hours’ drive south-west of Shanghai. On several floors, at desk after desk, “beauty consultants” busily type answers for customers.

As goes United Cosmetics, so goes the Chinese internet. It is growing by leaps and bounds (see chart 1), as ever more people log on from phones, homes or offices, or in huge internet cafés (pictured). The China Internet Network Information Centre reckons that the online population, already the world’s biggest, has risen by 6% to 485m this year. And almost two-thirds of people are not yet online.

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Open Source Urbanism

By Saskia Sassen, Domus

Where change is perceptible, rapid change makes change itself even more visible. Velocity becomes a concrete condition, not just a measure of speed. Rapid change in cities has highly legible moments—the material reality of buildings, transport systems, re-placements of modest shops with luxury shops and of modes middle-classes with the rich professional class, a bike-path where there was none—and they can be both good and not so good. Further, when rapid transformation happens simultaneously in several cities with at least some comparable conditions, it also makes visible how diverse the spatial outcomes can be even when the underlying dynamics might be quite similar.

All of this brings to the fore the differing degrees of openness of cities. I prefer thinking of this as the incompleteness of cities, which means that they can constantly be remade, for better or for worse. It is this incompleteness that has allowed some of the world’s great old cities to outlast kingdoms, empires, nation-states and powerful firms.

Let me take the imagery of incompleteness further. Powerful actors can remake cities in their image. But cities talk back. They do not take it sitting. Sometimes it may take decades, and sometimes it is immediate—see for instance the thousands of Stuttgart’s residents who staged protests in August 2010 to stop the demolition of part of their old train station and the felling of hundreds of 200-year-old trees in the Schlossgarten to build a new high-speed transit hub. They succeeded. Yes, it is only part of the station and none of this is going to turn back the powerful forces of gentrification there. But it is a way in which the city can talk back.

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