6Cover PhotoSystem capable of evaluating the electri-cal and luminescence characteristics of deep-ultraviolet LEDs (DUV-LEDs)NICT has been researching and develop-ing high performance DUV-LEDs, which are expected to have the ability to de-activate the COVID-19 virus and prevent the spread of infections. The evaluation system conrmed that the world's most powerful light output—over 500 mW at a wavelength of 265 nm—has been achieved.Upper Left PhotoDUV-LED developed by NICTDUV-LEDs (chip size: 1 mm2, mesa area: 0.35 mm2) with an AlN nanophotonic light-extraction structure were fabricat-ed by nanoimprint lithography and ip-chip-mounted in a TO-Can package. The large-area AlN nanophotonic light-ex-traction structure covering the entire chip area was formed accurately and shows uniform optical interference.How NICT R&D Can Underpin COVID-19 Aected Society1NICT’s ICT Vision in Anticipation of the With-COVID-19 and Post-COVID-19 ErasTOKUDA Hideyuki4COVID-19 Brings Out Light and Dark Sides of ICTINOUE Daisuke5NICT’s Natural Language Processing Technology for COVID-19TORISAWA Kentaro6Enhancing Social and Economic Systems to Cope with COVID-19 Outbreaks— Privacy-preserving data analysis —MORIAI Shiho7Issues with Existing ICT in Coping with COVID-19 and Possible SolutionsWADA Naoya8Cyber Physical System and Beyond 5G / 6GHOSAKO Iwao10Creating the Cyber World Using Information in the Human Brain (Brain Language) and XR TechnologiesYANAGIDA ToshioTOPICS12NICT’s Challengers File 13 TANAKA MasahiroDistributed Deep Learning Framework for Extremely Large-scale Neural Networks13AwardsFEATURE
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