2 ms·
I share these quotes because people don't have the same ideas about what "solving" protein folding means. I'd suggest finding clearer concepts. For example: *
by xpe 6y ago
I share these quotes because people don't have the same ideas about what "solving" protein folding means. I'd suggest finding clearer concepts. For example:
* What degree of accuracy is attainable via each technique?
* How much (a) wall clock time / (b) overall compute resources are required for each technique?
* What use case(s) fit best with each technique?
I offer these because I see a lot of energy expended in people digging in and defending their definitions, rather than understanding what other people mean.
- m00x 6y agoI think we can just go from prior works. DNA sequencing uses AI to sample the DNA at certain spots, then predict what the amino acids/genes will be from there. There aren't more significant research towards finding new ways of solving DNA sequencing since this method is good enough and can improve from more data and better models. We consider it "Solved" in this case. Tons of tooling was built on top of it and until we can get the true sequence of amino acids quickly and cheaply, it's not going away.