Vibration-assisted coherent excitation energy transfer in a detuned dimer

The important role of high-energy intramolecular vibrational modes for excitation energy transfer in the detuned photosynthetic systems is studied. Based on a basic dimer model which consists of two two-level systems （pigments） coupled to high-energy vibrational modes, we find that the high-energy i...

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Published inChinese physics B Vol. 26; no. 3; pp. 465 - 473
Main Author 王信 陈浩 李晨宇 李宏荣
Format Journal Article
LanguageEnglish
Published 01.03.2017
Online AccessGet full text
ISSN1674-1056
2058-3834
DOI10.1088/1674-1056/26/3/037105

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Abstract The important role of high-energy intramolecular vibrational modes for excitation energy transfer in the detuned photosynthetic systems is studied. Based on a basic dimer model which consists of two two-level systems （pigments） coupled to high-energy vibrational modes, we find that the high-energy intramolecular vibrational modes can enhance the energy transfer with new coherent transfer channels being opened when the phonon energy matches the detuning between the two pigments. As a result, the energy can be effectively transferred into the acceptor. The effective Hamiltonian is obtained to reveal the strong coherent energy exchange among the donor, the acceptor, and the high-energy intramolecular. A semi-classical explanation of the phonon-assisted mechanism is also shown.
AbstractList The important role of high-energy intramolecular vibrational modes for excitation energy transfer in the detuned photosynthetic systems is studied. Based on a basic dimer model which consists of two two-level systems （pigments） coupled to high-energy vibrational modes, we find that the high-energy intramolecular vibrational modes can enhance the energy transfer with new coherent transfer channels being opened when the phonon energy matches the detuning between the two pigments. As a result, the energy can be effectively transferred into the acceptor. The effective Hamiltonian is obtained to reveal the strong coherent energy exchange among the donor, the acceptor, and the high-energy intramolecular. A semi-classical explanation of the phonon-assisted mechanism is also shown.
Author 王信 陈浩 李晨宇 李宏荣
AuthorAffiliation School of Science, Xi＇an Jiaotong University, Xi＇an 710049, China CEMS, RIKEN, Wako-shi, Saitama 351-0198, Japan
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Notes The important role of high-energy intramolecular vibrational modes for excitation energy transfer in the detuned photosynthetic systems is studied. Based on a basic dimer model which consists of two two-level systems （pigments） coupled to high-energy vibrational modes, we find that the high-energy intramolecular vibrational modes can enhance the energy transfer with new coherent transfer channels being opened when the phonon energy matches the detuning between the two pigments. As a result, the energy can be effectively transferred into the acceptor. The effective Hamiltonian is obtained to reveal the strong coherent energy exchange among the donor, the acceptor, and the high-energy intramolecular. A semi-classical explanation of the phonon-assisted mechanism is also shown.
Xin Wang1,2, Hao Chen1, Chen-yu Li1, and Hong-rong Li1,2（1 School of Science, Xi＇an Jiaotong University, Xi＇an 710049, China 2 CEMS, RIKEN, Wako-shi, Saitama 351-0198, Japan）
excitation energy transfer, high-energy intramolecular vibrational motion, dynamically resonantcoherent transfer
11-5639/O4
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