= Quantum photoelectrochemistry
{wiki=Quantum_photoelectrochemistry}
Quantum photoelectrochemistry is a specialized field that combines principles from quantum mechanics, electrochemistry, and photovoltaics to study and harness the interactions between light and matter, particularly for chemical transformations. It focuses on the processes that occur when photons (light particles) interact with materials, leading to excited states that can drive chemical reactions, typically at electrodes or semiconductor interfaces.
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