lecture 06, concept 12: simulation ensembles (nve, nvt, npt) define what properties are constant

Published 3 years ago • 10K plays • Length 7:48

Download video MP4
Download video MP3

Similar videos

2:31

lecture 06, concept 01: from static structures to simulations
3:33

lecture 06, concept 02: molecular dynamics as prediction of motion - challenges
7:25

lecture 06, concept 03_: molecular dynamics as sampling is a more sound approach
1:49

lecture 06, concept 05: don't mistake models for reality
3:58

lecture 06, concept 13: examples of systems & timescales to target
1:08:14

markov state model tutorial through pyemma
21:47

equilibration
4:54

all-atom molecular dynamics simulation of the bacterial cytoplasm
3:08

lecture 06, concept 10: flowchart of a typical simulation - femtosecond steps
3:10

lecture 06, concept 06: molecular dynamics compared to experiments - different strengths
2:30

lecture 06, concept 19: markov state models - slow processes from many short simulations
$lecture 06, concept 11: small fractions of states can still approximate the partition function well$ 4:14

lecture 06, concept 11: small fractions of states can still approximate the partition function well
2:20

lecture 06, concept 14: biomolecules need to be solvated (e.g. in water)
6:40

lecture 06, concept 23: common simulation & visualisation tools
7:09

lecture 06, concept 18: example biological problems we can target
8:23

lecture 06, concept 03: molecular dynamics as sampling is a more sound approach
4:31

lecture 06, concept 16: energy minimisation avoids clashes, which avoids crashes

Clip.africa.com - Privacy-policy