| Document Date: 2013-11-21 18:45:19
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City Sb / / Company Basic / Optoelectronics Group / Advanced Research Department Semiconductor Photonic Device / / Facility National Institute of Information / / IndustryTerm energy contributing / metal / optical communications wavelengths / process technology / quantum dot technology / industrial applications / strain energy / optical-amplifier applications / optical communications waveband / communications networks / device applications / laser applications / ubiquitous networks / / Organization National Institute of Information / Japan Society of Applied Physics / / Position D. Leader / D. Researcher / Researcher / / Product GaAsSb / / ProgrammingLanguage DC / C / / Technology semiconductor / quantum dots / quantum dot technology / Laser / semiconductors / lasers / Communications Technology / process technology / photolithography / CVD / /
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3-5 Research on Sb-based Quantum Dot Laser AKAHANE Kouichi, YAMAMOTO Naokatsu, and OHTANI Naoki We have developed Sb-based quantum dot lasers operating at 1.3 μm fabricated on GaAs substrates. We introduce here two diff