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1
Intro
2
Molecules
3
Molecular Interactions
4
Antisymmetrization
5
Perturbed Hamiltonian
6
Interaction Energy
7
Physical Meaning
8
Einduction
9
Induction
10
Polarizability
11
Dispersion
12
Nonclassical term
13
Frequency dependent possibility
14
Problem with frequency dependent possibility
15
Global interaction energy
16
Integration parameter
17
Frequency dependent origibility
18
Change of dipole moment
19
Imaginary frequency
20
Linear response
21
Spherical system
22
Working group
Description:
Explore the intricacies of molecular interactions in this comprehensive lecture by Alexandre Tkatchenko from the University of Luxembourg, presented at IPAM's Advancing Quantum Mechanics with Mathematics and Statistics Tutorials. Delve into topics such as antisymmetrization, perturbed Hamiltonians, interaction energy, and physical meanings of various molecular phenomena. Examine concepts like induction, polarizability, and dispersion, while addressing challenges in frequency-dependent possibilities. Gain insights into global interaction energy, integration parameters, and linear response in spherical systems. This in-depth presentation, recorded on March 11, 2022, offers a thorough exploration of quantum mechanics applied to molecular theory, suitable for advanced students and researchers in the field.

Theory of Molecular Interactions - IPAM at UCLA

Institute for Pure & Applied Mathematics (IPAM)
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