Process uses Light-harvesting Gold Nanoparticles, captures energy from ‘hot electrons’ (highly excited electrons). “Hot electrons have the potential to drive very useful chemical reactions, but they decay very rapidly, and people have struggled to harness their energy,” said lead researcher Assistant/Prof Isabell Thomann “For example, most of the energy losses in today’s best photovoltaic solar panels are the result of hot electrons that cool within a few trillionths of a second and release their energy as wasted heat.”
Capturing these high-energy electrons before they cool could a...
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