井上優貴

副教授

井上優貴

副教授

辦公室
S4-714 
實驗室
S4-502 
研究室電話
(03)4227151 ext 65344 
實驗室電話
(03)4227151 ext 65405 
Email
iyuki@ncu.edu.tw  

實驗室 Laboratory

現職 Position

  • 國立中央大學物理系副教授(2022.08~)

學歷 Education

  • PhD in Science, 2011-2016, The Graduate University for Advanced Study, Japan.
  • BSc in Science, 2007-2011, Okayama University, Japan.

經歷 Experience

  • 2018.8-2022.7-Asst. Professor, NCU Dept. of Physics
  • 2018.8-present KAGRA, chief (Calibration)
  • 2017.8-present KAGRA, KAGRA scienti c congress board
  • 2017.1-present Academia Sinica, Distinguished Postdoctoral Fellow
  • 2016.11-present High energy accelerator research organization (KEK), Research fellow
  • 2016.8-2018.8 KAGRA, sub-chief (Calibration)
  • 2016.7-2016.12 Academia Sinica, Postdoctoral Fellow
  • 2016.7-2016.10 High energy accelerator research organization (KEK), KEK Short-Term Invited Fellow
  • 2016.4-2016.6 Academia Sinica, Postdoctoral Researcher
  • 2016.4-2016.6 High energy accelerator research organization (KEK), Research fellow
  • 2013-2016 Japan Society for the Promotion of Science, Research Fellowship for Young Scientists.
  • 2011-2016 Graduate University for Advanced Study, Research Assistant

學術榮譽 Academic honor

  • 2014 President Award, The Graduate University for Advanced Study.
  • 2014 The best poster award, student day, KEK.
  • 2013 The best poster award, CMB2013.
  • 2006 Bronze medal, Physics Challenge (The Committee of Japan Physics Olympiad, JPhO)

研究領域 Research area

  • Experimental cosmology
  • Gravitational wave physics

研究計畫 Research project

計畫年度計畫名稱執行起訖
112下代重力波觀測的儀器研究 -- 提高靈敏度與精準度(1/3)2023/08/01~2024/07/31
111通過百分比精度監測開啟重力波天文學的新紀元(5/5)2022/09/01~2023/08/31
110通過百分比精度監測開啟重力波天文學的新紀元(4/5)2021/09/01~2022/08/31
109通過百分比精度監測開啟重力波天文學的新紀元(3/5)2020/09/01~2021/08/31
108通過百分比精度監測開啟重力波天文學的新紀元(2/5)2019/09/01~2020/08/31
107通過百分比精度監測開啟重力波天文學的新紀元(1/5)2018/09/01~2019/08/31

研究著作

論文標題 出版期刊 出版年度
High performance thermal link with small spring constant for cryogenic applicationsCryogenics2021
Cryogenic suspension design for a kilometer-scale gravitational-wave detectorClassical and Quantum Gravity2021
Improving the absolute accuracy of the gravitational wave detectors by combining the photon pressure and gravity field calibratorsPhysical Review D2018