Foundations and Applications of Nonlinear Spectroscopy

Graduate / Professional

Nonlinear spectroscopy encompasses a broad range of techniques, including coherent Raman and pump-probe experiments, that provide rich insight into the structure and dynamics of matter through interactions with multiple and/or intense light fields. The versatility and power of these methods are evident in the wide range of contexts where they are used to investigate the behavior of molecules, macromolecules, materials, and beyond. This course offers a comprehensive introduction to the theoretical framework and experimental approaches of modern nonlinear spectroscopy. Topics include response functions, lineshapes, dynamics, spectral simulations, as well as experimental considerations and implementations, among others. The goal of the course is to develop core concepts that can be applied to the design and interpretation of spectroscopic experiments more generally. Prerequisite: CHEM 5780 or equivalent exposure to matrix mechanics and time-dependent perturbation theory. Though not required, CHEM 5790 is recommended and may be taken concurrently. ½ Course cr TTh 9am-10:15am