Direct evidence of Rabi oscillations and antiresonance in a strongly coupled organic microcavity
Direct evidence of Rabi oscillations and antiresonance in a strongly coupled organic microcavity
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DOI：
10.1103/physrevb.91.201305
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发表时间：
2015-05
影响因子：
3.7
通讯作者：
S. K. Rajendran;Wei Wang;D. Brida;A. D. Sio;Ephraim Sommer;R. Vogelgesang;D. Coles;David G Lidzey;G. Cerullo;C. Lienau;T. Virgili
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文献类型：
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作者：
S. K. Rajendran;Wei Wang;D. Brida;A. D. Sio;Ephraim Sommer;R. Vogelgesang;D. Coles;David G Lidzey;G. Cerullo;C. Lienau;T. Virgili
- 通过时间分辨上转换和光谱干涉测量聚集微腔。用线性光谱干涉法测得的透射电场的时间结构显示出一个不确定的超快拍，它的光谱显示出由相干驱动和激子辐射场之间的相消干涉引起的明显特征。这种反共振选择性地探测了不耦合的激子激发，并且它的观测揭示了光激发腔和光激发腔之间能量的相干和超快交换。
-aggregate microcavity by means of time-resolved up-conversion and spectral interferometrymeasurements. The time structure of the transmitted electric field, measured by linear spectral interferometry,showspronouncedultrafastbeats.Itsspectralphaserevealsadistinctsignaturecausedbydestructiveinterferencebetween the coherent drive and the field radiated by the exciton. This antiresonance selectively probes theuncoupledexcitonexcitation,anditsobservationuncoversthecoherentandultrafastexchangeofenergybetweenthe optically excited cavity and the