volker blum - large-scale electronic structure theory in fhi-aims and elsi - ipam at ucla
Published 1 year ago • 442 plays • Length 46:30Download video MP4
Download video MP3
Similar videos
-
1:05:57
jianfeng lu - mathematical models of electronic structure - ipam at ucla
-
42:56
kieron burke - elements of electronic structure calculations: hf and dft - ipam at ucla
-
59:22
nick mayhall - electronic structure theory via classical and quantum computation - ipam at ucla
-
6:17
blum company introduction
-
53:30
tamara kohler - classical topology and quantum complexity - ipam at ucla
-
55:20
michael freedman - the universe from a single particle - ipam at ucla
-
![[коллоквиум]: formal concept analysis: a useful example of modern mathematics](https://i.ytimg.com/vi/Xuxm929tIRY/mqdefault.jpg)
1:26:56
[коллоквиум]: formal concept analysis: a useful example of modern mathematics
-
![lambert w taylor series expansion [ lagrange inversion theorem ]](https://i.ytimg.com/vi/CX-5orQxNAg/mqdefault.jpg)
9:38
lambert w taylor series expansion [ lagrange inversion theorem ]
-
![measure theory 19 | fubini's theorem [dark version]](https://i.ytimg.com/vi/QDKzVQDfDBk/mqdefault.jpg)
9:42
measure theory 19 | fubini's theorem [dark version]
-
57:54
jeongwan haah - global unitaries and local measurements - ipam at ucla
-
42:41
volker blum: an integrated, first-principles vision for materials, nanostructures, and properties
-
1:35:47
anatole von lilienfeld: "introduction to electronic structure calculations"
-
1:47
lm | physics of complex systems
-
51:48
vikram gavini - fast, accurate and large-scale ab-initio calculations for materials modeling
-
1:10:12
johannes blaschke - complex workflows 1 - ipam at ucla
-
47:20
benedikt ahrens - univalent foundations and the unimath library - ipam at ucla
-
49:18
xin xing - finite-size error and its correction in energy calculations for periodic systems
-
50:47
lin lin - large scale hybrid dft functionals: fast algorithms and finite-size effects - ipam at ucla
-
35:49
wojciech samek - concept-level explainable ai - ipam at ucla