Explore a cutting-edge lecture on density-matrix embedding theory presented by Emmanuel Fromager. Delve into a non-hermitian approach to address the representability issue in this complex field of quantum chemistry. Gain insights into advanced concepts and methodologies that push the boundaries of our understanding in computational quantum mechanics. Learn how this innovative approach can potentially overcome limitations in current density-matrix embedding techniques and its implications for more accurate electronic structure calculations.
A Non-Hermitian Approach to the Representability Issue in Density-Matrix Embedding Theory
Overview
Syllabus
A non-hermitian approach to the representability issue in density-matrix embedding theory
Taught by
QCHEM LAB at KNU
Related Courses
-
Density Functional Theory
-
Pure State V-Representability of Density Matrix Embedding - Augmented Lagrangian
-
Advanced Quantum Mechanics with Applications
-
Localized-Wave-Function Methods in Quantum Chemistry and Their Extension to Quantum Computers
-
Explorations of Dissipative Quantum Chaos from Non-Hermitian Random Matrix Theory
-
Density Functional Theory: Introduction and Applications
