The use of two photons to study molecular behavior in the field of chemistry is crucial in understanding the detailed chemical and physical information of a molecule including structure, reaction mechanism, and its interaction with surrounding environment. During this presentation, I will present both experimental and computational approaches to understand the light-matter interaction with two-photon spectroscopic methods at the extreme spatial and temporal limits. First, tip-enhanced Raman spectroscopy (TERS) method will be introduced to probe single molecule chemistry on chemically active surfaces. Next, a theoretical approach to study the role of temporally entangled two photons in probing the electronic structure of organic molecules will be presented. Finally, I will discuss on-going and future applications of ML/AI to study the interaction of two-photon source and molecules.
Please use this link to attend the virtual seminar:
Meeting ID: 642684569 / Participant passcode: 5180