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CHOPIN focuses on improving the understanding of plasmonic catalysis by developing advanced theoretical models. It aims to accurately describe the interactions between chemical reactions and plasmonic structures, enhancing reaction rates and selectivity in various applications.
Plasmonic catalysis is the field of chemistry that studies chemical reactions catalyzed by surface plasmons.
By exploiting their unique properties, it offers enhanced reaction rates and selectivity.
From a theoretical point of view, describing plasmonic catalysis is particularly challenging, because many mechanisms take place simultaneously.
Such complexity and the limitations of current theoretical methods hinder a comprehensive understanding of the phenomenon.
In fact, current models struggle…
UNIVERSITA DEGLI STUDI DI ROMA TOR VERGATA
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