some people would tell you that we can simulate small bits of chemistry but it’s flat out wrong (i might be biased as i’ve wrangled for a year with computational chemists about results that don’t conform to reality) and even then errors are so large that’s it’s useless
I was involved with a project trying to simulate growth of a crystal cluster a couple of years ago. The guy doing the coding said it would be easy. It never worked and never came remotely close.
in my case the size of the system was so small they didn’t have that excuse, yet they were only ever able to get correct results after experimental data was handed over to them, zero predictive power, useless
I mean the relation between those isn’t wrong but like… we can’t simulate complicated physics. At least not at any reasonable speed.
some people would tell you that we can simulate small bits of chemistry but it’s flat out wrong (i might be biased as i’ve wrangled for a year with computational chemists about results that don’t conform to reality) and even then errors are so large that’s it’s useless
I was involved with a project trying to simulate growth of a crystal cluster a couple of years ago. The guy doing the coding said it would be easy. It never worked and never came remotely close.
in my case the size of the system was so small they didn’t have that excuse, yet they were only ever able to get correct results after experimental data was handed over to them, zero predictive power, useless