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High concentrations of triangular DNA origami binding to wide lines on a lithographically ...

There have been a few breakthroughs in recent years that hold the promise of sustaining Moore’s Law for some time to come. These include attaching molecules to silicon and replacing copper interconnects with graphene. Now IBM are proposing a new way to pack more power and speed into computer chips by using DNA molecules as scaffolding for transistors fabricated with carbon nanotubes and silicon wires.  Read More

The beauty of sunspots has been revealed through the use of supercomputers (Photos: Matthi...

An international team of scientists led by the National Center for Atmospheric Research (NCAR) has created the first-ever comprehensive computer model of sunspots. It is hoped the use of the supercomputer modeling - the supercomputers undertake 76 trillion calculations per second - will help scientists unlock mysteries of the sun and its impacts on Earth.  Read More

IBM Innov8 drag and drop

Pilots, the military and emergency services have been using simulations for years to teach skills in a risk-free environment where otherwise lives might be lost. Video gaming isn’t new either - the CEOs of many of today’s big names such as Yahoo and Google grew up on a diet of avatars and role-playing. But it’s only recently that business simulators and advanced video gaming have merged to form ‘serious games’ like IBM's Innov8. IBM has announced v.2, a new version that helps students and professionals hone their business and technology skills in a compelling, familiar video game format.  Read More

An illustration from the IBM Patent Application.

IBM has retained the Number One Plate Holder's title at the US Patent Office for 16 years straight, with 2008 issuances greater than Microsoft, HP, Oracle, Apple, EMC, Accenture and Google combined. On February 3 it astounded even seasoned patent watchers when it filed a patent for bionic body armor which not only recognizes a bullet has been fired, but delivers a shock to the target's appropriate muscles so they step out of the bullet's trajectory.  Read More

The Race For A New Game Machine

When Sony entered into a partnership with Toshiba and IBM to design the Cell processor for their PlayStation 3, they agreed that IBM would eventually sell the Cell to other companies. What they didn't know was that parts of the Cell would be sold to their major competitor Microsoft for use in the Xbox 360 processor - before the Cell was completed.  Read More

IBM introduces Linux-based Virtual Desktop

While Linux erosion of Microsoft’s desktop dominance hasn’t really reached the mainstream yet, the popularity of the open source operating system has seen a steady increase as variations become more user friendly. Recognizing that rise in popularity IBM, along with its business partners, Virtual Bridges and Canonical has released a Linux-desktop solution that is designed to drive significant savings compared with Microsoft-desktop software by amplifying Lotus collaboration software and Ubuntu to a larger user base through virtualization.  Read More

1.5 petaflop Roadrunner supercomputer
 Credit: LeRoy N. Sanchez, Records Management, Media...

June 17, 2008 A collaboration between IBM and the Los Alamos National Laboratory has resulted in the world's fastest supercomputer. Roadrunner can run at speeds above the "petaflop barrier" of 1,000 trillion operations per second, making it twice as fast as IBM's Blue Gene/L™ and opening up an era of science at a previously unseen scale.  Read More

IBM BladeCenter QS22

May 19, 2008 IBM has expanded its High Performance Computing (HPC) capabilities for businesses with the introduction their new BladeCenter QS22 - a new, economical supercomputing technology inspired by advanced scientific research facilities. The heart of the QS22 is the multi-core IBM PowerXCell 8i processor, a new generation processor based on the Cell Broadband Engine (Cell/B.E.) Architecture, which is compliant with the Cell Broadband Engine (Cell/B.E.) Architecture, originally developed by IBM, Sony and Toshiba to provide the computing power for cutting-edge gaming applications. For challenging arithmetic operations the IBM PowerXCell 8i offers five-times the speed of the original Cell/B.E. processor and, coupled with additions like 16-times more memory (up to 32GB) than its predecessors, the QS22 can handle workloads that previously required dozens of servers.  Read More

IBM's Optical Modulator
 Photo: IBM

December 6, 2007 IBM scientists have announced a breakthrough that could lead to a new generation of supercomputers that squeeze the processing power of today's giants into the form factor of a laptop. The research is based on the use of a light pulses sent through silicon instead of electrical signals on wires which make up conventional computer chips and also promises incredibly energy efficient processors that would expend only the energy of a light bulb to achieve what current supercomputers do with enough power to run hundreds of homes.  Read More

The IBM Blue Gene/L supercomputer. (photo credit Livermore National Laboratory).

November 14, 2007 Astronomical figures abound in the world of supercomputing and the numbers have just become even more astounding with IBM continuing its four-year domination of the official TOP500 Supercomputer Sites List with a new world record courtesy of the Blue Gene/L supercomputer. Although the Blue Gene/L, located at the Lawrence Livermore national Laboratory in California, has held the number one position since November 2004, the system was significantly expanded this summer to deliver a sustained performance of 478 trillion calculations per second (478 “teraflops”).  Read More

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