Explore numerical approaches to studying strongly correlated systems in this 39-minute conference talk presented by Steven White from UC Irvine at the APS March Meeting 2014 Fred Kavli Special Symposium. Delve into topics such as exact diagonalization, quantum Monte Carlo, the sign problem, and classification schemes. Examine the concept of entanglement entropy and its monogamy, as well as matrix product states. Discover results for 2D systems and the TJ model, and gain insights into the current state of research in this field. The presentation also covers dynamical properties, the quantum chemistry niche, and further discussion on the sign problem, providing a comprehensive overview of numerical studies in strongly correlated systems.
Numerical Studies of Strongly Correlated Systems - Beating the Exponential Growth in Computation Time
APS Physics via YouTube
Overview
Syllabus
Introduction
Numerical approaches
Exact diagonalization
Quantum Monte Carlo
Sign problem
Classification schemes
Entanglement entropy
Monogamy of entanglement
Low entanglement
Matrix product states
Results for 2D systems
Results for TJ model
Where do we stand
Summary
Questions
Dynamical properties
Quantum chemistry niche
The sign problem
Taught by
APS Physics
