supercomputer

In an effort to test the awesome power of their new super computer, a team of scientists at University of Tsukuba, Japan, have calculated Pi out to 2.5 trillion decimal places, more than doubling the previous record.

In 2005, IBM’s $2-million BlueGene supercomputer took 80 minutes to process the same data that eight million cerebral-cortex neurons—a fraction of the brain’s total—handle in one second. Now bioengineer Kwabena Boahen of Stanford University has built a microchip that could help computers catch up.

Time was, a teraflop (that's one trillion, or 10^12 floating point operations per second) was just a dream. But the supercomputer ASCI Red nabbed that prize in 1996. Since then, it's been the grueling, relentless march to a petaflop--that's 10^15 flops for those keeping count--a goal achieved by the Riken MDGrape-3 computer in 2006 (some dispute this claim, as the machine is so specialized it can't properly run the benchmark software. For them, we present the latest iteration of IBM's Blue Gene/P, which is purportedly capable of a petaflop as well).

The quest to build the world´s most potent supercomputer is like a never-ending Olympic event, with the pride of entire nations at stake. This summer, the U.S. will tighten its grip on the gold when engineers at the Department of Energy´s Lawrence Livermore National Laboratory boost the speed of IBM´s reigning champion Blue Gene/L to an anticipated 270 teraflops-a floor-shaking 270 trillion calculations per second.