Dielectrically enhanced binding energies of excitons in an inorgani-organic quantum well crystal

K. Tanaka, T. Kondo, K. Ema
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Abstract

Kenichiro Tanaka'", Takashi Kondol-3 and Kazuhiro Ema2-3 Departnient of Mnrerinls science,^ The Universiry of Tokyo, 7-3-1 Hongo, Bunkyo-kit, Tokyo 113-8656, Japan Departinenf of Pliysics. Sophia Uriiversi@, 7-1, Kioi-rho, Chiyoda-ku, T o k y 102-8554, Japnrr' Core Resenrch,for Evolational Science arid Technology (CREST), Japaii Science nrrd Technology Corpomrion, Jupnn3 e-mail: tnnakn @ cnsrle. 1. ri-tokyo. nc.jp
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无机有机量子阱晶体中激子的介电增强结合能
田中健一郎,kondoltakashi -3和emakazuhiro - 2-3,^东京大学物理科学系,日本东京113-8656。上智大学,7-1,千代田区,清井一,日本,102-8554,日本科学技术振兴公社,进化科学与技术核心研究,jpnn3 e-mail: tnnakn@cnsrle。1. ri-tokyo。nc.jp
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Can the transformation time in phase change optical recording be improved by using femtosecond laser pulses? Single-step definition of channel waveguides with integral Bragg gratings in germanosilica-on-silicon wafers by direct UV writing High-power air-clad large-mode-area photonic crystal fiber laser Etching of oxide semiconductors by ultrashort laser pulses Dielectrically enhanced binding energies of excitons in an inorgani-organic quantum well crystal
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