Photochemistry I: Light-Induced Electron Transfer

This lecture covers the dynamics of light-induced electron transfer reactions, focusing on maintaining charge separation for further redox reactions. It discusses the energetics of systems for ideal forward and backward electron transfer processes, as well as the electrochemical potential of semiconductors. The lecture also explores band edge potentials of various semiconductors, Butler-Volmer's equation, organic photosynthetic reactions, and pericyclic reactions. It delves into topics such as singlet oxygen lifetime, hydrogen abstraction by carbonyls, and photoenolization reactions, providing insights into the mechanisms and applications of these photochemical reactions.