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Quantitative modelling of ultrafast energy transfer dynamics in the photosynthetic apparatus

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Abstract

The dynamics of energy transfer processes in photosynthetic reaction centers and the light harvesting antenna LH2 are elucidated quantitatively using a new prescription for applying Förster theory to complex molecular aggregates. We conclude that the design of highly efficient light harvesting antenna systems generally cannot be predicted by pairwise Förster theory.

© 2000 Optical Society of America

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