Abstract

Light-driven processes at material surfaces are revolutionizing our understanding of non-equilibrium phenomena and catalysis at the nanoscale. Surface photocatalysis harnesses photon absorption in semiconductors to generate reactive charge carriers, while plasmonic catalysis leverages localized surface plasmon resonances to create hot electrons and modulates reaction pathways. Locally enhanced electromagnetic fields enhance sensing techniques, boost energy transfer, or even hybridize with other excitations – opening new fields in nanoscale polaritonics and lasing. This session will convene experts from catalysis, spectroscopy, plasmonics, and non-equilibrium physics to spark new impulses and foster the dialogue in this highly interdisciplinary field. Austrian research activities in these areas are currently being supported by the Cluster of Excellence MECS and the Special Research Area TACO.

Invited speakers

to be announced

Organizers