03\/24\/2020 <\/p>\n
Michael Wells, G7VJR, has announced that Club Log is contributing 120 CPU cores (most running at 3.4 GHz) to the Folding@Home Project thats simulating the dynamics of COVID-19 proteins to hunt for new therapeutic opportunities. Wells said hes assigned a higher priority to the Folding@Home work, so radio amateurs may experience slightly longer upload times.<\/p>\n
You can help, too, by contributing your own computer to the project, Wells said. If you have a recent home computer with a good graphics card, and if a lot of people make a contribution, it will make a significant difference to the research, potentially reducing decades of work to a far shorter time frame that will make a practical difference this year. He cautions that computers involved in the project will be operating at 100% CPU, when not otherwise in use.<\/p>\n
Club Logs Folding@Home team number is 246763.<\/p>\n
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Here is the original post: 03\/24\/2020 Michael Wells, G7VJR, has announced that Club Log is contributing 120 CPU cores (most running at 3.4 GHz) to the Folding@Home Project thats simulating the dynamics of COVID-19 proteins to hunt for new therapeutic opportunities. Wells said hes assigned a higher priority to the Folding@Home work, so radio amateurs may experience slightly longer upload times. Continue reading
\nClub Log Allocates 100% of its Computing Resources to COVID-19 Protein Research - ARRL<\/a><\/p>\n","protected":false},"excerpt":{"rendered":"