Directionally Enhanced Photoluminescence from Distributed Feedback Cavity Polaritons
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概要
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XX7e obserxzed the directional enhancetmerat of' photoJtuttainescermce (PL) for nonresonant excitation froun catvity pol?rritons in the distribtrted I'eedbacl< (DFB) xvavegtride microcavities xvhen acavity standing NV2tV(2 utaode is resotu?tnt to 2111 excitota. The cavities consist of' a qttartz grating strb-strate xvith N70011111 pitch, a (C(5H5CgH.jNH3)zPbT.) filtaa with large exciton oscillaxtor strength,and a polystyrene filta?. They atre regarded as a nexv type of' one-ditaaensional plaotonic crystalsconsisting of resonant dispersix'e uaaateriaals which cotrple strongly to raaodes in the cr'ystals. Onthe other harnd, a dye-dispersed filnaa on the grating does not exhibit strch an enhancetaaent, whichdetnonstrsttes thatt the polariton efl'ect is essential. XVe jcoint otrt f'or periodic strtrcttrres in thestrong cotrpling regitaae that 21 un?tcroscopic jcolarization f'orutted trtader 21 reson?tnt condition naayexhibit trltrafast radi?rtive decay.
- 社団法人日本物理学会の論文
- 1999-09-15
著者
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Fujita Tohru
Department Of Physical Electronics Faculty Of Engineering Hiroshima University
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ISHIHARA Teruya
Department fo Physical Electronics, Hiroshima University
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Teruya Ishihara
Department Of Physical Electronics Faculty Of Engineering Hiroshima University Crest Japan Science A
関連論文
- Polariton Effect in Distributed Feedback Microcavities : Condensed Matter: Electronic Properties, etc.
- Optical Properties and Electronic Structures of Self-Organized Quantum Well (C_nH_NH_3)_2PbX_4 (X=I,Br,Cl)
- Two-Photon Resonant Raman Scattering in Red-HgI_2
- Beating Structure on the Spectrally Resolved Four-Wave Mixing: Polarization Dependence : Condensed Matter: Electronic Properties, etc.
- Large Optical Nonlinearity Due to Exciton State in PbI_2
- Directionally Enhanced Photoluminescence from Distributed Feedback Cavity Polaritons
- Inverse Raman Scattering Resonant to Excitonic Polaritons in Red-HgI_2 and 2H-PbI_2
- Exciton Features in 0-, 2-, and 3-Dimensional Networks of [PbI_6]^ Octahedra