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City San Diego / New York / / Company HOLOEYE Inc. / F. J. Sa / Creative Commons / T.O. (t.okada@kupru. iae.kyoto-u.ac.jp) Technologies / Special Coordination Funds / Spectra Physics Inc. / D. M. Metal / / Country Japan / / / Facility Kyoto University / / IndustryTerm optical switching devices / holographic femtosecond laser processing / carrier diffusion length / photo-induced carrier density / all-optical compact operating devices / carrier dynamics / optical devices / Active terahertz metamaterial devices / hybrid switching devices / carrier relaxation / frequency operating devices / surface carrier density / silicon carrier effective masses / electronics / carrier density / Laser-induced free-carrier / real-time operation / terahertz technology / photo-designed terahertz devices / imaging / terahertz devices / / MusicAlbum Culture / TECHNOLOGY / Sports / Science / / Organization Murata Science Foundation / Pioneering Research Unit for Next Generation / Research Foundation for Opto-Science and Technology / Ministry of Education / Kyoto University / Kyoto / / Position designer / http / Product THz / THz devices / / ProvinceOrState New York / / Technology semiconductor / radiation / laser / semiconductors / lasers / spectroscopy / frequency modulation / terahertz technology / recombination / integrated circuits / obtained using THz timedomain spectroscopy / / URL www.nature.com/scientificreports / http / SocialTag 
Photo-designed terahertz devices Takanori Okada1 & Koichiro Tanaka2 SUBJECT AREAS: TERAHERTZ TECHNOLOGY