From Sand to Silicon: the Making of a Chip

From Intel:

Illustrations - Making of a Chip

View this graphic presentation offering a high-level demonstration of the process for manufacturing a central processing unit (CPU), which operates in every PC today. Here you can catch a glimpse of some of the amazingly sophisticated work going on daily inside Intel's cutting-edge silicon manufacturing fabs.

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World's First Computer May Be Even Older Than Thought

From New Scientist:

From Swiss Army knives to iPhones, it seems we just love fancy gadgets with as many different functions as possible. And judging from the ancient Greek Antikythera mechanism, the desire to impress with the latest multipurpose must-have item goes back at least 2000 years.

This mysterious box of tricks was a portable clockwork computer, dating from the first or second century BC. Operated by turning a handle on the side, it modelled the movements of the Sun, Moon and planets through the sky, sported a local calendar, star calendar and Moon-phase display, and could even predict eclipses and track the timing of the Olympic games.

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The Impact of Computing : 78% More per Year, v2.0

(Click to Enlarge)

From The Futurist:

Anyone who follows technology is familar with Moore's Law and its many variations, and has come to expect the price of computing power to halve every 18 months. But many people don't see the true long-term impact of this beyond the need to upgrade their computer every three or four years. To not internalize this more deeply is to miss investment opportunities, grossly mispredict the future, and be utterly unprepared for massive, sweeping changes to human society. Hence, it is time to update the first version of this all-important article that was written on February 21, 2006.

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Nine Games Computers Are Ruining For Humanity

From New Scientist:

If we ever manage to build a working quantum computer, the first killer app might be online poker. Thanks to the counter-intuitive rules of quantum mechanics, players will be able to use mind-boggling strategies like betting and folding simultaneously (see Quantum poker: Are the chips down or not?).

Poker wouldn't be the first game to have been revolutionised by computers. Artificial intelligence researchers have taught computers to play a wide range of strategic games well enough to compete with skilful human players – and in a few cases, they've beaten them convincingly...

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How Pocket-Size Computers Will Finally Overcome Small Screens And Tiny Keyboards

From Popular Mechanics:

Today, a 4-inch-long smartphone holds as much processing power as a desktop PC from five years ago—or a warehouse-bound computer from just a few decades prior. But Moore's law moves far faster than evolution, and no matter how small processors and memory chips shrink, human hands remain the same size. Even if pocket-size computers are technologically capable of serving as our primary go-anywhere PC, their tiny keyboards and small screens present ergonomic problems. Thumbing out a short e-mail on a Blackberry or iPhone may be easy, but try writing a dissertation or creating a CAD model.

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The Best Computer Interfaces: Past, Present, and Future

Microsoft’s Surface is an example of a multitouch screen. Photo by: Microsoft

From Technology Review:

Say goodbye to the mouse and hello to augmented reality, voice recognition, and geospatial tracking.

Computer scientists from around the world will gather in Boston this week at Computer-Human Interaction 2009 to discuss the latest developments in computer interfaces. To coincide with the event, we present a roundup of the coolest computer interfaces past, present, and future.

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Light and Cheap, Netbooks Are Poised to Reshape PC Industry

Dell sells a 2.28-pound netbook, the Inspiron Mini 9, left, which is smaller and less expensive than a traditional laptop. Tami Chappell for The New York Times

From The New York Times:

SAN FRANCISCO — Get ready for the next stage in the personal computer revolution: ultrathin and dirt cheap.

AT&T announced on Tuesday that customers in Atlanta could get a type of compact PC called a netbook for just $50 if they signed up for an Internet service plan — an offer the phone company may introduce elsewhere after a test period. This year, at least one wireless phone company in the United States will probably offer netbooks free with paid data plans, copying similar programs in Japan, according to industry experts.

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Computers Have A Lot To Learn From The Human Brain, Engineers Say

From Scientific American:

The year that the Institute of Electrical and Electronics Engineers (IEEE) first formed (as the American Institute of Electrical Engineers or AIEE), Chester Arthur was in the White House, the Oxford English Dictionary published its first edition, and construction began on the Statue of Liberty on what was then known as Bedloe's Island in New York Harbor.

During a meeting today commemorating the organization's 125th anniversary, scientists (all IEEE members, of course) looked to the future, describing advances in artificial intelligence, brain-machine interfaces and energy transfer.

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How To Make Your Computer Boot Faster

(Photograph by Kyoko Hamada)

From Popular Mechanics:

Why can’t a computers start up like a television? In short, it is all about the operating system. And contrary to common sense, the newer the operating system the longer it can take. But you can do something about it. Here are tips to get your tortoise-like boot time to hop like a bunny.

Why can’t a computer be more like a television? When you push the power button on a TV, it just turns on. Computers, on the other hand, boot—as in, they take so long to get started that you want to stick your boot into them.

You would think that the march of technological progress would have reduced boot times over the years, but newer operating systems can take longer—Microsoft Vista actually tends to boot more slowly than its predecessor, Windows XP. (Microsoft claims its next-generation operating system, Windows 7, should provide drastic improvements in boot time.)

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Quantum Computer Could Solve Problems In A Few Months That Would Take Conventional Computers Millions Of Years

From Science Daily:

ScienceDaily (Sep. 13, 2001) — How to build a super fast computer that uses the bizarre properties of quantum physics is the aim of a project by computer scientists Fred Chong of the University of California, Davis, Isaac Chuang at MIT and John Kubiatowicz at UC Berkeley. The five-year project is supported by a grant of $3 million from the Defense Advanced Research Projects Agency. The grant will establish a Quantum Architecture Research Center between MIT, UC Davis and UC Berkeley.

A quantum computer could solve problems in a few months that would take conventional computers millions of years, Chong said.

Quantum physics describes the special rules that apply to atoms and subatomic particles. One principle is that when you observe a particle, you change it. If a particle can be in one of two states, for example "up" or "down," it only settles on one state when you look at it. Before you look at it, it can be in both states at the same time.

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Making Computers Based On The Human Brain

Nigel Buchanan

From Business Week:

How the biology of gray matter is having an increasing influence on computer design

When Lloyd Watts was growing up in Kingston, Ont., in the 1970s he had a knack for listening to songs by Billy Joel and Elton John and plunking out the melodies on the family piano. But he wondered, wouldn't it be great to have a machine that could "listen" to songs and immediately transcribe them into musical notation? Watts never built the gizmo, but his decades-long quest to engineer such a machine has finally resulted in one of the first commercial technologies based on the biology of the brain.

Microchips designed by Audience, the Silicon Valley company Watts launched, are now being used by mobile handset makers in Asia to improve dramatically the quality of conversations in noisy places. Even a truck passing right by someone using the technology won't be heard at the other end of the phone line. The chip is modeled on functions of the inner ear and part of the cerebral cortex. "We have reverse-engineered this piece of the brain," declares Watts.

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IBM To Build “Thinking” Computers Modeled On The Brain

From Discover:

IBM has won a $4.9 million government grant from DARPA to begin the first phase of research on “cognitive computing”– essentially building computers that work like living brains. The new brain-like computers will aim to process vast amounts of data to solve problems without relying on specific programmed algorithms. Mark Dean, Vice President of IBM said, “The challenge is that computers today are very good at computing, but what we really need is a more efficient way of sifting through information” [International Herald Tribune].

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Supercomputers Break Petaflop Barrier, Transforming Science

From Science News:

A new crop of supercomputers is breaking down the petaflop speed barrier, pushing high-performance computing into a new realm that could change science more profoundly than at any time since Galileo, leading researchers say.

When the Top 500 list of the world's fastest supercomputers was announced at the international supercomputing conference in Austin, Texas, on Monday, IBM had barely managed to cling to the top spot, fending off a challenge from Cray. But both competitors broke petaflop speeds, performing 1.105 and 1.059 quadrillion floating-point calculations per second, the first two computers to do so.

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Keyboard Sniffers To Steal Data

From The BBC:

Computer criminals could soon be eavesdropping on what you type by analysing the electromagnetic signals produced by every key press.

By analysing the signals produced by keystrokes, Swiss researchers have reproduced what a target typed.

The security researchers have developed four attacks that work on a wide variety of computer keyboards.

The results led the researchers to declare keyboards were "not safe to transmit sensitive information".

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Computer Circuit Built From Brain Cells

Image Is From Reading Eagle

From New Scientist Tech:

For all its sophistication and power, your brain is built from unreliable components – one neuron can successfully provoke a signal in another only 40% of the time.

This lack of efficiency frustrates neuroengineers trying to build networks of brain cells to interface with electronics or repair damaged nervous systems.

Our brains combine neurons into heavily connected groups to unite their 40% reliability into a much more reliable whole.

Now human engineers working with neurons in the lab have achieved the same trick: building reliable digital logic gates that perform like those inside electronics.
Built from scratch

Elisha Moses at the Weizmann Institute of Science in Rehovot, Israel, and his students Ofer Feinerman and Assaf Rotem have developed a way to control the growth pattern of neurons to build reliable circuits that use neurons rather than wires.

The starting point is a glass plate coated with cell-repellent material. The desired circuit pattern is scratched into this coating and then coated with a cell-friendly adhesive. Unable to gain purchase on most of the plate, the cells are forced to grow in the scratched areas.

The scratched paths are thin enough to force the neurons to grow along them in one direction only, forming straight wire-like connections around the circuit.

Using this method the researchers built a device that acts like an AND logic gate, producing an output only when it receives two inputs.

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