Explore driven quantum dynamics in this comprehensive lecture from the BSS Physics School. Delve into advanced topics including smoothness conditions, localization, Fourier expansion, and frequency space analysis. Examine power laws, stable localization, and Gaussian distributions. Investigate localized solutions, chaos, and multiple increment frequencies. Understand delocalization, localized orbitals, and Anderson localization. Gain insights into ED and additional punchlines related to quantum dynamics. This in-depth presentation offers a thorough exploration of complex quantum phenomena for physics enthusiasts and researchers.
Overview
Syllabus
Intro
Smoothness condition
Localization
Fourier expansion
Frequency space
Power laws
Stable localization
Smoothness
Gaussian
Localized solutions
Chaos
Multiple increment frequencies
Delocalization
Additional punchlines
Localized orbitals
EDH
Anderson localization
Taught by
BSS Physics School
