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Damping and higher multipole effects in the quantum electrodynamical model for electronic energy transfer in the condensed phase
1997
Journal of Chemical Physics
The interplay between electronic coupling, spectral linewidth, and rate of electronic energy transfer between chromophores is examined in the context of a quantum electrodynamical ͑QED͒ model. The QED framework properly allows us to identify the partitioning between the near and far zone mechanisms for transfer of energy between chromophores dispersed in condensed phase ͑liquid or solid͒ host media. The extent to which coupling is modified by the medium is investigated. A general QED treatment
doi:10.1063/1.475145
fatcat:7l6tictqlrep5ivd5kcff3owem