I am very happy to announce that a first key work (paper #58 at https://foldingathome.org/English/Papers) from the Folding@home project on Alzheimer's Disease (AD) was just published Simulating oligomerization at experimental concentrations…
Read moreIt's been a while since I've posted on this topic, so I thought it would be a good time to talk about the long term vision for FAH. In the…
Read moreAs of last Monday, the GPU2 projects (both NVIDIA and ATI) have been in production mode, which means that we've moved on from testing to direct research on them. The…
Read moreWe’ve been working behind the scenes for a while to find the right way to share the raw data results from Folding@home. We’ve partnered with the Simbios National Biomedical Computing…
Read moreThere was a good question in the forum that I thought others would be curious to hear: From Vijay’s blog entries it would seem that the SMP client has some…
Read moreOn Friday, Stanford launched the Pervasive Parallelism Lab (PPL). There’s been lots of press describing it. The general plan for the lab is to develop a common paradigm for programming…
Read moreWe’ve teamed up with Simbios (an NIH Roadmap center at Stanford) to start making key technologies in Folding@home available for others to use. Our protein folding work has been named…
Read moreIn the near future, we will be releasing some new projects which require a very rapid turn-around time. These are peptide fragment simulations which we are interested in simulating for…
Read moreBeing an avid fan of the NFL, I do read a lot of the articles about the upcoming big game, such as this one http://sports.espn.go.com/nfl/playoffs07/news/story?id=3208171 This one caught my eye…
Read moreToday, I’m going to post a nice summary of one major facet of FAH, the study of protein-ligand binding. This issue is critical for computational drug design, and brings together…
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