Transport in Correlated Electron Systems III

Explore advanced concepts in electron transport within strongly correlated quantum systems through this comprehensive physics lecture that delves into the theoretical frameworks and experimental phenomena governing charge and spin transport in materials where electron-electron interactions play a dominant role, covering topics such as non-Fermi liquid behavior, quantum phase transitions, and transport signatures in heavy fermion systems, Mott insulators, and other strongly correlated materials where conventional band theory fails to adequately describe the electronic properties.