Date added: 2009-08-17
IBM scientists are using DNA scaffolding to build tiny circuit boards; in this image, individual triangular DNA origami are adhering to a template with properly sized triangular features.
Date added: 2009-08-17
IBM scientists are using DNA scaffoldingi to build tiny circuit boards; this image shows high concentrations of triangular DNA origami binding to wide lines on a lithographically patterned surface; the inset shows individual origami structures at high resolution.
Roadrunner Breaks Petaflop Milestone
Date added: 2008-06-18
Lead engineer Don Grice of IBM inspects the world's fastest computer in the company's Poughkeepsie, NY plant. The computer nicknamed "Roadrunner" was built for the Department of Energy's National Nuclear Security Administration and will be housed at Los Alamos National Laboratory in New Mexico. IBM engineers in Poughkeepsie, N.Y., Rochester, Minn., Austin, Texas and Yorktown Heights, N.Y., worked on the computer, the first to break a milestone known as a "petaflop" -- the ability to calculate 1,000-trillion operations every second. The computer packs the power of 100,000 laptops -- a stack 1.5 miles high. Roadrunner will primarily be used to ensure national security, but will also help scientists perform research into energy, astronomy, genetics and climate change.
IBM Research Optical Chipset
Date added: 2007-03-26
This record-setting prototype optical chipset, created by IBM Research, measures only 1/15th the area of a dime, but is capable of transmitting the equivalent of 4 million simultaneous telephone conversations, or one conversation between every two New York City residents. The chip is capable of transmitting data (which could include movies, music and photo downloads) at an astonishing 160 billion bits per second. At these speeds, a full length high-definition DVD could be downloaded in just a single second. C ompare that to the 5-10 hours or so it takes today over a typical home broadband connection.
Date added: 2005-11-08
Twenty-first century spinning wheel: Harnessing the power of electron spin -- the quantum property that is responsible for magnetism -- is the goal of IBM Fellow Stuart Parkin and SpinAps, the new IBM-Stanford research center announced today. Central to their research is a new six-chamber, $5 million high-vacuum apparatus within which scientists can mix and match three nanotech materials manufacturing techniques and analyze the results. Built around a central wheel-shaped robot, this device will enable scientists to make and test unique materials much more rapidly than had been possible before.