WorldCat Identities

Li, Feng

Overview
Works: 4 works in 19 publications in 2 languages and 418 library holdings
Roles: Author
Publication Timeline
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Most widely held works by Feng Li
Dang dai Zhongguo dui wai guan xi gai lun, 1949-1999( Book )

4 editions published in 2004 in Chinese and held by 35 WorldCat member libraries worldwide

Ben shu zhu yao jie shao le wo guo jie fang 50 nian yi lai dui wai guan xi de zong ti mian mao yu cheng jiu ; dang dai zhong guo wai jiao shi shang de zhong da zhan lue jue ce yu zhong da li shi shi jian ; wo guo dui wai guan xi fa zhan wu ge li shi jie duan zhong wai jiao zhan lue de zhi ding yu diao zheng deng
Xin hao yu xi tong by Hsu( Book )

3 editions published in 1998 in Chinese and held by 4 WorldCat member libraries worldwide

Ben shu zhu yao jie shao xin hao yu xi tong de ji ben li lun he fen xi fang fa, quan shu nei rong xian jin xin ying, jin ke neng fan ying xin hao yu xi tong zui xin fa zhan cheng guo ; li lun jin mi lian xi shi ji, zhe zhong cong ying yong ling yu jiao du chu fa, tu chu li lun lian xi shi ji
Fabrication et caractérisation des microcavités à base de ZnO en régime de couplage fort : laser à polaritons by Feng Li( )

1 edition published in 2013 in English and held by 1 WorldCat member library worldwide

Cavity polaritons are quasi-particles, partially light partially matter, resulting from the strong-coupling of an exciton and a cavity photon. At a certain temperature and particle density, cavity polaritons can go through a quasi-Bose-Einstein phase transition and condense at the lowest energy state of the system; in this situation the cavity emits coherent light and the associated device is termed polariton laser. ZnO is one of the most adapted materials for fabricating room temperature polariton lasers, due to its excellent excitonic properties. However, technical difficulties have been preventing the achievement of ideal ZnO microcavities for a long time. In this thesis we report the fabrication of high quality ZnO microcavities with two different approaches, which overcome the existing technical challenges and allow to achieve a record cavity quality factor and large Rabi splittings. Room temperature polariton lasing has been demonstrated in both cases. In a fully-hybrid ZnO microcavity, polariton condensates were studied within an unprecedented range of exciton-photon detunings, and from low to room temperature. This tunability has enabled to obtain, for the first time, a complete condensation phase diagram for ZnO-based microcavities, wherein the exciton fraction of the polaritons has been tuned between 17% to 96%, corresponding to a modification of the exciton-polariton mass, its lifetime and its interaction constant by 1 order of magnitude. This thesis paves the way for implementing a polariton-based technology operating at room-temperature
 
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Audience Level
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Audience level: 0.81 (from 0.79 for Dang dai Z ... to 0.95 for Fabricatio ...)

Alternative Names
Li, Feng

리봉

이봉

李, 峰.

李峰

李锋

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