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  • Yong-Hamb Kim
  • Low Temp. Detector
  • yhkibs.re.kr

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    Professor Yong-Hamb Kim’s research interest is in the development and applications of low temperature detectors.  Particularly, Yong-Hamb is intrigued by new physics and detector developments using micro-calorimeters. Applications include high resolution alpha and Q spectroscopies, direct detection of dark matter, and search for neutrinoless double beta decay. He is an active member of AMoRE, KIMS+, and XMASS.


     


    ■ Experience


    2013 - Present: Group Leader


                                    Institute of Basic Science, Center for Underground Physics


    2011 - Present: Professor


                                    University of Science and Technology, Nano Science               


    2011 - 2012: Visiting Scientist


                                    NASA Goddard Space Flight Center, Astrophysics division


    2005 - Present: Senior/Principal Research Scientist


                                    Korea Research Institute of Standards and Science


    2003 - 2005: Postdoctoral Research Associate, Brown University


    2003 Ph.D. Brown University, USA


     


     

    Major Activities

    2013 – Present: International Advisory Committee of LTD conference


    2012 – Present: International Advisory Committee of IWSSD workshop


    2006 – Present: Steering Committee Member of the AMoRE experiment


    2006 – Present: Member of Korean Physical Society


     

  • ByeongRok Ko
  • Research Fellow
  • brkoibs.re.kr

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  • I have been interested in searching for anything beyond the standard model to understand what the Universe is. Now I am after the dark matter of the Universe by searching for axion. Then, the next after the dark matter will be the rest of the Universe.

  • Dongok Kim
  • Research Assistant
  • office 4315
  • physicistkaist.ac.kr

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  • My research interests lie in modern particle physics, focussing especially on the strong CP problem and one of its great candidate solutions, the axion.

     

    Recently, I have started simulating the results of the spin-dependent interaction experiment motivated by Moody and Wilczek by the finite element method (FEM) software, OPERA.

  • Jeong Han Kim
  • Research Assistant
  • office 3311
  • jeonghan.kimkaist.ac.kr

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