1~8hit |
Vol.102 No.8 pp.829-830 Ultra-low-power Atomic Clock with 2.2×10-12 Long-term Allan Deviation Using Cesium Coherent Population Trapping Hitoshi KAWASHIMA | Summary | Full Text:PDF(508.8KB) |
Vol.102 No.2 pp.179-180 Tissue-adhesive Wirelessly Powered Optoelectronic Device for Metronomic Photodynamic Cancer Therapy Hitoshi KAWASHIMA | Summary | Full Text:PDF(398.9KB) |
Vol.101 No.9 pp.936-937 World's First 5G Wireless Data Transmission in Ultra-high-mobility Environment Exceeding 300km/h Hitoshi KAWASHIMA | Summary | Full Text:PDF(711.3KB) |
Vol.101 No.8 pp.857-858 A New Architecture for Miniaturization of Atomic Clocks Exploiting a Piezoelectric-thin-film Vibration Hitoshi KAWASHIMA | Summary | Full Text:PDF(563.5KB) |
Vol.99 No.11 pp.1060-1065 Optical Device Technology toward 2030:Outlook for the Post-Moore Era Shu NAMIKI Haruhiko KUWATSUKA Hitoshi KAWASHIMA Takashi INOUE Koji YAMADA Masahiko MORI | Summary | Full Text:PDF(938.3KB) |
Vol.99 No.6 pp.563-580 Ultra-low Energy Dynamic Optical Path Network Shu NAMIKI Kiyo ISHII Ryousei TAKANO Tomohiro KUDOH Junya KURUMIDA Hisato UETSUKA Kazuhiro IKEDA Hitoshi KAWASHIMA Takashi INOUE Takayuki KUROSU Ken-ichi SATO | Summary | Full Text:PDF(2.9MB) |
Vol.99 No.3 pp.265-266 Label-free Biomedical Imaging with Photothermal Microscopy Hitoshi KAWASHIMA | Summary | Full Text:PDF(455.7KB) |
Vol.98 No.3 pp.245-246 Ultra-low-energy “Path on Demand” Optical Network for Video Related Applications Hitoshi KAWASHIMA | Summary | Full Text:PDF(840.8KB) |