Q-Chem Webinar 65: Non-Hermitian Quantum Chemistry Methods in Q-Chem

Most quantum chemistry methods assume that all electrons remain bound to the nuclei, but how do we accurately model situations where this isn't the case? The answer can be found in non-Hermitian quantum chemistry. Find out more in Q-Chem Webinar 65, presented by Thomas Jagau of KU Leuven.

QUICKLINKS:
00:11 Introduction of Thomas Jagau
01:37 Introduction and Background
03:55 Electronic Resonances
11:45 Complex Scaling
16:55 Complex Scaling for Molecules
19:44 Complex Basis Functions
22:35 Complex Absorbing Potentials
25:57 Non-Hermitian Methods in Q-Chem
27:19 Photodetachment Spectroscopy
29:51 Dissociative Electron Attachment
32:17 Nuclear Motion
35:41 Ab Initio Molecular Dynamics
39:31 Auger Decay
47:48 Conclusions
49:09 Acknowledgements
50:57 Q&A

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