moore

IBM has come up with a new technique for making the tiny switches and memory cells at the heart of computer chips: a drop of ionic liquid.

The technique converts a metal oxide on a computer chip from a conducting to an insulating state and back again, a transition that, using a different approach, is at the heart of conventional semiconductor chips today. Insulators don't conduct electricity and conductors do, so changing a material's state is instrumental to how it performs the logical operations of computer processing.

Today's semiconductor chips work by applying electrical voltage to a &… Read more

We tend to react with feelings first and thoughts a little later.

Many in the last 24 hours have reacted with feeling (and the occasional thoughtfulness) to the visit paid by police to the New Jersey home of Shawn Moore.

Should you have been hospitalized after accidentally impaling yourself on a deer antler at your local gun club recently, here's the back story: Moore posted a picture to Facebook of his 11-year-old son, Josh, clutching (very properly) a .22-caliber rifle that looked like a little more than a .22-caliber rifle.

It was his birthday present.

As is ever more … Read more

Tilera, one of the most aggressive advocates of the multicore-processor approach, today announced a new member of its Tile-Gx family that doubles the number of computing engines to 72.

The Tile-Gx72, the company's new flagship chip, isn't geared for general-purpose computing tasks like running smartphones or PCs. Instead, it's for tasks that can be sliced up into many independent operations -- networking equipment handling multiple data streams or servers for handling lots of streams of media.

But even if you're not going to find Tilera Inside stickers on your next tablet, it's an interesting product, … Read more

In the effort to find a replacement for today's silicon chips, IBM researchers have pushed carbon nanotube technology a significant step ahead.

Carbon nanotubes are very small structures made of a lattice of carbon atoms rolled into a cylindrical shape, and a team of eight researchers have figured out a way to precisely place them on a computer chip, IBM announced today. That development allows them to arrange the nanotubes 100 times more densely than earlier methods, a key step in economical chipmaking, and IBM has built a chip with more than 10,000 carbon nanotube-based elements.

The new … Read more

Bond fanatics, we've found a book for you: "The James Bond Archives" by Paul Duncan.

Duncan, who previously worked on major compendiums about Alfred Hitchcock and Stanley Kubrick, spent the last two years researching Bond by combing through more than 1 million images and 100 filing cabinets full of related documentation from EON Productions.

More than 150 cast and crew members from the various films also retold their behind-the-scenes stories to Duncan, stories you can now relive in a book that gives a complete history of her majesty's most ambitious secret agent. … Read more

First of all, don't panic.

If Moore's Law came to an end and computers stopped getting steadily faster, plenty of companies would suffer. But an end likely would come with lots of warning, lots of measures to cushion the blow, and lots of continued development even if transistors stopped shrinking.

The hardest hit would be companies dependent on consumers replacing their electronics every few years and tech companies such as Google whose long-term plans hinge on faster computers, cheaper storage, and better bandwidth. And the continuing miniaturization of computers -- mainframes to minicomputers to PCs to smartphones -- … Read more

Mike Mayberry, perhaps more than anyone, is the guy who keeps Moore's Law ticking.

As the vice president who leads Intel's research team, he bears responsibility for making sure his employer can cram ever more electronic circuitry onto computer chips. Intel co-founder Gordon Moore 47 years ago observed the pace at which microchips' transistor count doubled, and Mayberry is in charge of keeping that legacy intact.

A lot rests on Moore's Law, which in a 1975 update to Moore's original 1965 paper predicted that the number of transistors will double every two years. That means a … Read more

Year in, year out, Intel executive Mike Mayberry hears the same doomsday prediction: Moore's Law is going to run out of steam. Sometimes he even hears it from his own co-workers.

But Moore's Law, named after Intel co-founder Gordon Moore, who 47 years ago predicted a steady, two-year cadence of chip improvements, keeps defying the pessimists because a brigade of materials scientists like Mayberry continue to find ways of stretching today's silicon transistor technology even as they dig into alternatives. (Such as, for instance, super-thin sheets of carbon graphene.)

Oh, and don't forget the money that'… Read more

Take a lowrider car club. Add a couple of artists. Throw in some wireless audio technology. Do some choreography. Practice for four months. Roll it all out in a parking lot in Albuquerque, N.M. Congratulations, you've just created a lowrider symphony.

Officially called "Symphony 505," a reference to one of New Mexico's two area codes, the performance piece took place during ISEA2012 Albuquerque: Machine Wilderness, a collection of art, science, and technology events with an international conference.

I caught the event on a warm New Mexico Sunday evening. It was equal parts baffling and fascinating. The cars moved about the parking lot, sometimes following each other, sometimes making their own purposeful paths. … Read more