2012 Michael and Kate Bárány Award
I have some good news. Due in large part to the work we've done with Folding@home, I've been named the recipient of the 2012 Michael and Kate Bárány Award for Young…
Read moreCategory: FAH achievements
Results page updated – new key result published in our work in Alzheimer's Disease
We have made a major update to the Results page on the Folding@home web site. We now list 95 papers that have directly resulted from Folding@home, although we note that there…
Read moreCore 16 for ATI released; also note on NVIDIA GPU support for older boards
In a previous post, I mentioned our plans for supporting ATI GPUs. I'm happy to announce that with the release of v7 into open beta, we have now released ATI…
Read moreNew GPU3 (version 6.41) client released
The latest GPU3 client is now on our high performance client download page. This new client improves GPU identification and has several other minor improvements. For those who are unfamiliar…
Read more2 new results from FAH
Two new papers from FAH have just come out, both from the lab of FAH affiliate Eric Sorin. For more information, check out papers #76 and #77 on our results…
Read moreUpdate in FAH stats by Operating System
We have been tracking down a bug in our stats by operating system page and it looks like we have now found it. Basically, we were counting SMP clients as…
Read moreRecent talk of results from Folding@home
Donors are often curious to hear about recent results. While one can read our papers, listed on our web site, those are fairly technical and intended for a biological or…
Read moreFolding@home 10th anniversary
It’s with great pleasure that I announce that today is Folding@home’s official tenth anniversary. It’s been an amazing 10 years, especially in terms of what we’ve collectively been able to…
Read moreTwo new key results
We have two papers (one that just came out in PNAS and one that's about to come out in Physical Review Letters — papers #74 and #75 on our papers…
Read morePaper #72: Major new result from Folding@home: simulation of the millisecond timescale
Simulating protein folding on the millisecond timescale has been a major challenge for many years. When we started Folding@home, our first goal was to break the microsecond barrier. This barrier…
Read more