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Alexandre Tkatchenko - Multiscale Approaches to Quantum Mechanics: Vacuum, Atoms, Engineering-Scale
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Multiscale Approaches in Quantum Mechanics Workshop 2022
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- 1 Alexandre Tkatchenko - Multiscale Approaches to Quantum Mechanics: Vacuum, Atoms, Engineering-Scale
- 2 Giulia Galli - Embedding theories for quantum simulations on hybrid classical-quantum architectures
- 3 Angel Rubio - Polaritonic Quantum Materials: a first principles QEDFT perspective - IPAM at UCLA
- 4 Dominika Zgid - Post-DFT Green's function embedding - IPAM at UCLA
- 5 Michael Lindsey - Quantum embedding with lower bounds - IPAM at UCLA
- 6 Lin Lin - Quantum impurity and quantum embedding theory - IPAM at UCLA
- 7 Andrew Millis - Twisted Transition Metal Dicalcogenides: Tests of Quantum Embedding and Theories
- 8 Gero Friesecke - Fast algorithm for the strong-interaction limit of density functional theory
- 9 Reinhold Schneider - Tensor Networks (QC-DMRG) in a Complete Active Space Coupled Cluster Method
- 10 Laura Gagliardi - Localized-Wave-Function in Quantum Chemistry and Extension to Quantum Computers
- 11 Michael Weinstein - Discrete honeycombs, rational edges and edge states - IPAM at UCLA
- 12 Mitchell Luskin- Electronic Observables for Relaxed 2D van der Waals Heterostructures at Moiré Scale
- 13 Hakan Tureci - Quantum electrodynamic modeling of superconducting quantum systems - IPAM at UCLA
- 14 Christoph Ortner - Modelling Atomic Properties with the Atomic Cluster Expansion - IPAM at UCLA
- 15 Alejandro Rodriguez - Physical bounds on wave phenom as quadratically constrained quadratic programs
- 16 Jianfeng Lu - Taming the dynamical sign problem in diagrammatic algorithms for open quantum systems
- 17 Fabian Faulstich - pure state v-representability of density matrix embedding - augmented lagrangian
- 18 Stefan Chmiela - Non-locality in machine learning force fields - IPAM at UCLA
- 19 Martin Stöhr - More is Different NonScalability of Approximation in Modeling Noncovalent Interaction
- 20 George Booth - A rigorous framework for embedding realistic interacting quantum systems - IPAM UCLA
- 21 Matteo Gori - 2nd-Quantization of Many-Body Dispersion Formalism: Modeling of Million Atom Systems
- 22 Mihail Bogojeski - Message passing neural networks for atomistic systems: Molecules - IPAM at UCLA
- 23 Marcel Langer - Message passing neural networks for atomistic systems: Materials - IPAM at UCLA
- 24 Timothy Gould - Multiscale approaches to dispersion modelling - IPAM at UCLA
- 25 Prineha Narang - Shining New Light on Quantum Matter - IPAM at UCLA
