Skip to Content

Photochemical Transformation on Plasmonic Nanoparticles Via Resonant Radiated-Induced Heating

Stable coupled interactions between interfaces of plasmonic nanomaterials and electromagnetic fields have governed photophysical processes amplified by light-matter interaction. To illustrate underlying physical mechanisms responsible for chemical activity, plasmon-mediated photocatalysis is delivered through oscillations of quantum energy emitters, resulting in non-radiative process of plasmon decay, fertile to chemical transformation. In presence of heat, electron-driven reduction