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[2020~2011]

DateTitleArticle
2020/8/7The Yomiuri ShimbunAdvanced sensors for ranging. Kyoto University professors use "photonic crystals". (距離測定 高性能センサー 京大教授ら「フォトニック結晶」採用)
2020/8/6The Nikkan Kogyo ShimbunLasers, a straight line to the target! (レーザー 目標へ一直線!)
2020/7/20-21NHK NEWSDevelopment of light-emitting devices for autonomous driving applications. (自動運転へ応用も「光」装置開発)(1)(2)
2020/7/20Dempa Shimbun DailyKyoto University and Hokuyo Electric develop the world’s first photonic crystal-based LiDAR. (フォトニック結晶レーザー搭載LiDAR 京大と北陽電機が世界で初めて開発)
2020/7/20OptronicsKyoto University develops an electrically and two-dimensionally scannable laser.(京大,電気的に2次元走査できるレーザーを開発)
2020/7/20The Nikkan Kogyo ShimbunKyoto University develops a laser chip whose direction of light emission can be controlled at will. (京大、フォトニック結晶レーザーチップ開発 光の出力を方向自在に)
2020/7/20Nihon Keizai ShimbunKyoto University, QST and JST successfully develop an electrically and two-dimensionally scannable photonic crystal laser chip.(京大・量研・JST、電気的に2次元ビーム走査可能なフォトニック結晶レーザーチップの開発に成功)
2020/7/18The Kyoto ShimbunKyoto University group develops a new technology with photonic crystals. Promising applications in sensor technology for autonomous driving.(京都大グループ、フォトニック結晶で新技術開発 自動走行車に使うセンサー技術への応用期待)
2020/7/2The Chunichi ShimbunKyoto University group develops a sensor for the detection of objects. Aims for applications in autonomous driving.(京大グループが物体検知センサー開発 自動運転に応用目指す)
2020/7/2Kyodo News, The Tokyo Shimbun, The Chunichi Shimbun, The Hokkaido Shimbun, etc.Laser ranging with tiny, affordable “photonic crystals”.(レーザー測距、小さく安く 「フォトニック結晶」利用)
2020/7/1Nippon TV NEWS24/Yomiuri TV NEWSAdvanced laser for use in LiDAR.(高性能レーザー 距離測定可能に)
2020/7/1OptronicsKyoto University group develops photonic crystal laser for use in LiDAR.(京大ら,LiDAR用フォトニック結晶レーザー開発)
2020/7/1The Kyoto ShimbunAdvancement of photonic crystal lasers for application in autonomous robots and automobiles.(高性能実現 フォトニック結晶で光センサー 自動運転ロボ・車 応用へ)
2020/7/1The Sankei ShimbunKyoto University realizes high-precision detection of obstacles. Promising implementations in self-driving cars.(高精度な障害物検知 実現 京大 自動運転車に実装期待)
2020/7/1The Nikkan Kogyo ShimbunKyoto University and others develop a light-ranging system using “photonic crystals,” enabling high-precision detection of distant objects.(京大など、「フォトニック結晶」で光測距システム 遠くの物も高精度検出)
2020/6/30-7/1NHK NEWSDevelopment of advanced laser ranging technology.(高性能レーザー距離測定技術開発)(1)(2)
2020/6/30The Mainichi ShimubunKyoto University develops an advanced, affordable sensor indispensable for self-driving cars.(車の自動運転に不可欠なセンサー、高性能で安価に 京大が技術開発)
2020/6/30Nihon Keizai ShimbunKyoto University and others successfully develop photonic-crystal laser-based LiDAR.(京大など、フォトニック結晶レーザーを搭載したLiDARの開発に成功)
2020/4/14Nikkei Business DailyBrilliant, powerful laser light. Kyoto University on the road to compact LiDAR with photonic crystal lasers.(レーザー光 明るく強く 京大、フォトニック結晶で LiDAR小型化に道)
2019/8/30Nihon Keizai ShimbunInnovating lasers with crystals that manipulate light.(光操る結晶、レーザーに革新)
2019/1/10The Asahi ShimbunSemiconductor laser with thrice the optical brightness. Promising applications in self-driving car sensors and medicine.(光の強さ3倍 半導体レーザー 自動車のセンサーや医療へ応用期待)
2019/1/5The Sankei NewsOn-demand control of light. A powerful laser made with Japanese technology.(光を自在に操作 日本発の技術で強力レーザー)
2018/12/23The Yomiuri ShimbunAmplifying the power of “semiconductor lasers”. Promising applications in self-driving car sensors.(「半導体レーザー」高出力化 自動運転センサー応用期待)
2018/12/21The Science NewsDouble-lattice photonic crystal. Kyoto University devises a new semiconductor laser for the emission of brighter light.(二重格子フォトニック結晶 京大が考案 半導体レーザー高輝度化に成功)
2018/12/18The Nikkan Kogyo ShimbunBright, powerful photonic-crystal laser realized. Stable, single-mode operation. Applications in automonous driving.(高出力・高輝度化を実現 フォトニック結晶レーザー 単一モードで安定動作 自動運転などに応用)
2018/12/18The Kyoto ShimbunDevelopment of high-brightness lasers. Focusing more light into a single point.(高輝度レーザー開発 より多くの光を一点に)
2018/4/26Optronics Online【OPIE’18】NEDO. Powerful photonic crystal laser exhibited.(【OPIE’18】NEDO,高出力フォトニック結晶レーザーを展示)
2017/12The Nikkei ElectronicsInnovating display technology with micro-LEDs. The “monolithic” solve problem.(マイクロLEDがディスプレー革新 「モノリシック化」で課題解消)
2017/10/16The Nikkei Technology - onlineInnovating laser processing and autonomous driving with next-generation photonic crystals.(レーザー加工や自動運転を革新、次世代フォトニック結晶)
2017/6/22Ministry of Education, Culture, Sports, Science and Technology (MEXT), Japan - homepageOn the state of the art of photonic crystals and their future prospects.(フォトニック結晶の現状と今後の展開可能性について)
2016/12/26The NikkeiEfficient thermal photovoltaics with silicon-based devices.(効率的に熱で発電 シリコン製の素子)
2016/12/24The Kyoto ShimbunControlled thermal emission ebable efficient absorption in photovoltaics. (太陽電池吸収 効率的 素材加熱の光)
2016/6/28Nature PhotonicsPhoton transfer on demand
2016/5/27OPTRONICS onlineKyoto University succeds in instantaneous on-chip light transfer.(京大 チップ上で光の瞬時転送に成功)
2016/5/20The Kyoto ShimbunTransfer of light confined at the nanoscale paves the way toward quantum computing.(閉じ込めたミクロ光転送 量子コンピューターに道)
2016/5/20The Nikkan Kogyo ShimbunThe road to photonic quantum information processors. Transferring trapped photons between nanoscale cavities in photonic crystals.(量子情報光チップに道 フォトニック結晶内の保存光 別の微小点に転送)
2016/5nanotechweb.orgTransferring trapped photons between nanocavities
2016/4Nature PhotonicsMid-infrared optics: Photonic crystal thermal emittersl
2016/2/29Applied Physics LettersFeatured Article(On-chip integration and high-speed switching of multi-wavelength narrowband thermal emitters)
2016/2/5The Science NewsThe 6th JSPS Ikushi Prize is awarded to 18 outstanding doctoral students.(第6回日本学術振興会育志賞 優秀な大学院博士課程学生18人に)
2015/11/10The NikkeiThe age when I was a rooky. Kyoto University Professor Susumu Noda.(私の新人時代 京都大学教授 野田進氏)
2014/11Nature PhotonicsThe significance of research
2014/11/5The NikkeiKyoto University, Osaka University, and others halve the production costs of solar cells.(太陽電池製造コストを半減 京大や阪大)
2014/11/7The Science NewsThe Japanese Medals of Honor with purple ribbon are awarded to five individuals in fields of technology.(秋の褒章 学術分野5氏に紫綬受章)
2014/11/3The Nikkan Kogyo ShimbunJapanese Medals of Honor. Voices of Jubilation.(秋の褒章 喜びの声)
2014/11/2The Asahi ShimbunJapanese Medal of Honor with purple ribbon awarded to Professor Susumu Noda for light-manipulating “photonic crystals”.(光操る「フォトニック結晶」 紫綬褒章 野田進さん)
2014/11/2The Kyoto ShimbunCelebrating the awarding of the Japanese Medal or Honor with purple ribbon(受章の喜び 思い新た 紫綬褒章)
2014/11/2The MainichiJapanese Medal of Honor. 734 individuals and 21 organizations.(秋の褒章 734人21団体)
2014/9/27The Kyoto ShimbunProfessor Susumu Noda of the Department of Engineering in Kyoto University. The number-one researcher on photonic crystals.(探究人 京大工学研究科野田進教授 フォトニック結晶の第一人者)
2014/9/24Nikkei Business DailyAutopsy of Kyoto University. Star researchers in multiple fields.(大学解剖 京大 スター研究者 多分野に)
2014/9/22Nature MaterialsThermal emission: Ultrafast dynamic control
2014/8/23The Kyoto ShimbunLight source for infrared sensors developed. Will reduce electricity consumption to 1% of current levels.(消費電力が従来の100分の1 赤外線センサー光源を開発)
2014/7/29The NikkeiInfrared sensors made small and affordable.(赤外線センサー 小型で安く作製)
2014/7/28The Nikkan Kogyo ShimbunHigh-speed control of thermal radiation. Applications in infrared light emission.(物体の光放射 高速制御 赤外線光源などに応用)
2014/7nanotechweb.orgThermal emitters speed up
2014/5/1The Asahi ShimbunA high-power laser the size of a fingertip. Kyoto University and others develop a 1.5-watt, 1-square-millimeter-sized laser.(指先に乗る強力レーザー 京大など開発 本体1ミリ角 出力1.5ワット)
2014/4/25The Science NewsWorld-first demonstration of room-temperature continuous-wave operation of a watt-class photonic crystal laser.(ワット級フォトニック結晶レーザー 世界初 室温連続動作に成功)
2014/4/22The NikkeiMiniaturized lasers for material processing.(加工用レーザー、小さく)
2014/4/15The Kyoto ShimbunKyoto University and others develop a high-power semiconductor laser capable of surface-processing metals.(高出力半導体レーザー開発 京大など 金属の表面加工OK)
2014/4/15The Nikkan Kogyo Shimbun1.5-watt semiconductor laser realized.(半導体レーザー 光出力1.5ワット実現)
2014/4/15The Asahi ShimbunNew compact, lens-free, high-power laser.(新レーザーはレンズなし 超小型で高出力)
2014/4/15Chunichi WebNext-generation laser technology. High power and high quality.(レーザー次世代技術 高出力で高品質)
2014/4/15The Shizuoka ShimbunSemiconductor laser power successfully increased to 1.5 watts.(半導体レーザー 1.5ワット高出力化成功)
2014/4/14NHK NewsDevelopment of powerful, compat lasers.(小型で強力なレーザーを開発)
2014/4nanotechweb.orgPhotonic crystal makes watt-class laser
2014/4SPIE optics.orgHamamatsu develops first watt-level photonic crystal laser
2014/4pro-physik.deOberflächenemitter erreicht Watt-Leistungen
2014/4JST newsNew challenges with innovative semiconductor laser.(革新的半導体レーザーの新たなる挑戦)
2013/9/26The Kyoto ShimbunNext-generation semiconductor laser using a “photonic crystal” with nanoscale holes.(極小穴開けた「フォトニック結晶」利用 次世代の半導体レーザー)
2013/9/27The Nikkan Kogyo ShimbunHamamatsu Photonics and Kyoto University implement a photonic crystal laser.(フォトニック結晶レーザー 浜ホト・京大が実用化)
2013/9/27Nikkei Business DailyHamamatsu Photonics and Kyoto University will ship devices for compact laser processing systems next spring.(レーザー加工機小さく 浜ホトと京大 素子を来春出荷)
2013/9/27The NikkeiEquipment for miniaturizing laser microprocessing systems.(レーザー加工機小型化する装置)
2013/9/26NHK NewsIntroduction to the implementation of photonic crystal lasers.(フォトニック結晶レーザーの実用化に関する話題を紹介)
2013/7/1The Asahi ShimbunUltrasmall silicon laser. Promising applications in optical computing.(超小型シリコンレーザー 光コンピューターへの応用期待)
2013/6/27The Nikkan Kogyo ShimbunSilicon laser miniaturized by a factor of 10000. Applications in optical wiring for high energy efficiency.(シリコンレーザー1万分の1に小型化 光配線に応用、省エネ型)
2013/6/27The Kyoto ShimbunDevelopment of ultrasmall lasers. Light (source?) made of silicon, the material of integrated circuits.(超小型レーザー開発 集積回路材料のシリコンで光)
2013/1/21The Kyoto ShimbunMicroscopic three-dimensional circuit architecture.(微小空間に立体的光回路構築)
2012/10/1The Yomiuri ShimbunDevelopment of wavelength-adjusting devices for doubling the efficiency of solar cells.(太陽光発電 効率倍に 波長整える装置開発)
2012/9/9The NikkeiHarness the full solar spectrum! Solar cell efficiency doubles. Improvements even in artificial photosynthesis.(太陽光を使い尽くせ 発電効率2倍 人工光合成も)
2012/7/11The Nikkan Kogyo ShimbunNarrowband emission of heated material.(加熱物質の電子発光現象 光波長を狭帯域化)
2012/7/10Chunichi WebKyoto University group develops a new material for improving the efficiency of photovoltaics. Converts unused energy into a useable form.(太陽光発電効率アップ 京大グループ新素材開発 未使用エネルギー利用可能に転換)
2012/7/10The NikkeiKyoto University suggest improvement of solar cell conversion efficiency to over.(40%太陽電池変換効率 京大、40%超に改善)
2012/7/9The Sankei NewsPhotovoltaic efficiency improves by up to a factor of 4 when converting the wavelength of light using a special slab of material.(光の波長 特殊板で変換 太陽光発電効率最大4倍アップ)
2012/7/9The Asahi ShimbunKyoto University develops a special filter to double photovoltaic power.(太陽光発電パワー2倍に 京大、特殊フィルター開発)
2012/7/9The Kyoto ShimbunKyoto University doubles solar cell efficiency by heating material to emit light at a specific wavelength.(太陽電池 発電効率2倍 加熱すると特定波長の光放射 京大グループ)
2012/4Chemistory TodayPlaying catch with light using photonic crystals.(ホトニック結晶で光のキャッチボール)
2012/2/19The MainichiThe free exchange of light. Technological developments by Professor Noda and others of Kyoto University.(光を自由にやりとり 京大院 野田教授ら技術開発)
2012/1Nature PhotonicsRemote on-chip coupling
2012/1/13The Science NewsA step toward the realization of advanced, next-generation chips.(次世代高機能チップ実現へ一歩)
2011/12/19Nikkei Business DailyKyoto University makes progress toward linking two optical memory units.(光メモリー2個連動 京大 実用化に向け前進)
2011/12/12The Kyoto ShimbunPlaying catch with light inside a “photonic crystal”.(光閉じ込める「フォトニック結晶」内 光のキャッチボール成功)
2011/11/14Applied Physics LettersSiC photonic crystals.(SiCフォトニック結晶)