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ULYSSES aims to revolutionize chemical processes by introducing transient polaritonic control, utilizing hybrid light-matter states in optical nanocavities. This innovative approach allows for real-time manipulation of molecular reactions, specifically targeting photoisomerization through advanced metasurfaces and ultr…
Photochemistry deals with the light-assisted transformation of molecules into useful products.
These processes are routinely manipulated by chemical modification and external laser driving.
Femtosecond coherent control uses ultrashort pulses to initiate and actively modulate a chemical reaction.
However successful control of efficiency and specificity of a chemical process is still awaited.ULYSSES proposes a radical departure from the way chemical processes are currently controlled by light. I w…
POLITECNICO DI MILANO
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