It's now cranking out 470 petaflops of number-crunching performance. Like other distributed computing projects, Folding@home draws on the collective power of the people and their individual PCs.

By running the Folding@home software you can contribute to the world's largest supercomputer and help medical research. You can fold on CPUs, GPUs and under almost any OS going. Our guides will ...

The Folding@home network now boasts 470 PetaFLOPS of compute power and is more powerful than the world’s top 7 supercomputers. Folding@home is a “distributed computing” project.

Firstly, the Folding@home project has come on a long way since it featured in Sony’s PlayStation 3 console back in 2006, with the software now able to work more efficiently and faster than ever ...

Just a few days ago, the Folding@home distributed computing project had reached 470 petaFLOPS of cumulative compute power, topping out the output of the seven fastest supercomputers in the world.

Sony sent over an e-mail about their Folding@Home update. If you’re one of the 536,000 users running Folding@Home you will be happy to know the screensaver mode takes up slightly less power and ...

Folding@home got off the ground nearly two decades ago. It was started by the Pande Laboratory at Stanford University as a means of understanding how proteins fold. These types of simulations are ...

When you use this feature, the Folding@home™ help screen will be specific to your PSP™ system’s controls. Use this screen if you need help in navigating Folding@home™ from your PSP™ system.

Folding@home connects countless computers via the internet and is now the largest supercomputer in the world, consisting of over 3.5 million CPUs and over half a million GPUs.