Folding@Home, one of these distributed computing efforts. All my computers run a lowest-priority background process which does molecular dynamics simulations of protein folding and sends the results back to Stanford, where they generate insight and papers. Currently some 250000 computers around the world contribute CPU time to the effort. The certificate shows that I've contributed 51000+ computation units to the project and the proud title exclaims that that means I am in the top 6% of CPU time contributors, which in other words means I have computers with a lot more power than is needed for just doing word processing, databases and web surfing. :-)
Kung Liljekonvalje av Dungen M Lang. Very tragic, very complicated.
Mörkögda augustinatt M Lang. Sometimes I wonder if Maria Lang is writing self-parody.
Hobbyboken 1951 L Sundström (ed). Now swing-line models feel a bit pathetic. Maybe unjustly.
The Ultimate Challenge: The 3x + 1 problem J C Lagarias (ed). Mathematicians don’t do examples.
Springer Lecture Notes in Mathematics 1681: The Dynamical System Generated by the 3n + 1 Function G Wirsching. Occasionally I could follow the reasoning.
Places I keep track of
IPMS Stockholm One of the best plastic modelling forums you'll find.
3 comments:
But what is it???
Folding@Home, one of these distributed computing efforts. All my computers run a lowest-priority background process which does molecular dynamics simulations of protein folding and sends the results back to Stanford, where they generate insight and papers. Currently some 250000 computers around the world contribute CPU time to the effort. The certificate shows that I've contributed 51000+ computation units to the project and the proud title exclaims that that means I am in the top 6% of CPU time contributors, which in other words means I have computers with a lot more power than is needed for just doing word processing, databases and web surfing. :-)
Ah ha. I figured it was something of the kind. I used to run SETI@home.
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