Enhanced Optical Properties of a Photosynthetic System Conjugated with Semiconductor Nanoparticles: The Role of Förster Transfer

Authors


  • The author thanks Itai Carmeli (Tel Aviv U.) and Sebastian Mackowski (Munich U.) for helpful discussions. This work was supported by the NSF and BioNanoTechnology Initiative at OU.

Abstract

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The rate of optical generation of electron--hole pairs inside a photosynthetic system can be greatly increased through conjugation with nanoparticles. The enhancement stems from much larger optical absorption cross section of a semiconductor nanoparticle compared to a photosynthetic system. In the hybrid complex, excitons are transferred via the Förster mechanism to the photosynthetic system, where charge separation takes place.

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