ELFT HÍRADÓ

[mcsete AT physx.u-szeged.hu]

Seminar

Speaker: Prof. Dr. Ágnes Vibók
Department of Theoretical Physics
Institute of Physics, University of Debrecen
Theory and Simulations Group, ELI-ALPS

Date: 31, January (Wednesday) 2024, 1:00 pm
Location: USZ FSI IP, Budó auditorium & online
https://join.skype.com/JxStO5Khv9hY

Title:
Controlling cavity-induced non-adiabatic properties in molecular systems

Abstract:
Molecular cavity quantum electrodynamics aims at studying and  
understanding the interaction of confined electromagnetic field modes  
with molecules. The coupling between photons and molecules gives rise  
to mixed light-matter states which are called polaritons carrying both  
photonic and molecular features.
Experimental and theoretical works have demonstrated that polaritonic  
states can dramatically alter physical and chemical properties of  
molecular systems. Among others, strong coupling can enhance charge  
and energy transfer, modify absorption spectra and give rise to strong  
non-adiabatic effects in molecules by providing ultrafast  
non-radiative decay channels.
Results are presented how the strong non-adiabatic effect created by  
quantum light can modify and control the different topological,  
spectroscopic and dynamical properties of molecules.

Everyone is welcome to attend.

Dr. Mária Csete

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