Otto C.W. Kong   江 祖永 
　

Contact Information (聯絡方式) :

    Address (地址)：    Department of Physics, National Central University                                       

                                                      300 Jungda Rd., Jungli, TAIWAN 32054

                                                   (32054  中壢市中大路300號中央大學物理系)

    Telephone Number (電話)：        (+886-3 for outside Taiwan / 03) 4227151    ext. 65372

    Fax (傳真電話)：                                   (+886-3 for outside Taiwan / 03) 4251175

    Office (研究室)：                Rm. 618, Physics (Science-4) Bldg.

    E-mail (電子信箱)：              otto@phy.ncu.edu.tw

 Academic Background (學 歷) :

   Ph.D.                   University of North Carolina at Chapel Hill  *

    M.A.                   Columbia University, New York

    M. Phil.               University of Hong Kong

    B.Sc. (Hons)      University of Hong Kong

                                       * supervisor : Paul H. Frampton   academic genealogy

  Positions Held (經 歷) :       

     Associate Professor                                 Dept of Physics, NCU        2005 -- 10

      Assistant Professor                                  Dept of Physics, NCU        2001 -- 05

      Academia Sinica Postdoctal Fellow        Inst. of Physics, AS               2001

      Postdoctal Research Associate              Inst. of Physics, AS            1999 -- 2001

      Postdoctal Research Associate              University of Rochester       1997 -- 99

Promotion to full professorship was passed  by the department  at 2008, and passed by the department and the Colleges of Science at 2010.  In the latter case,  it was turned down at the university level citing the marginally deficient teaching credit hour counts despite the fact that each of the years I took the full teaching load as assigned by the department, which was at the same level as most regular members of our department faculty, and  supervised  a good number of graduate student dissertation projects (research grades from individuals 83-90%).

 Teaching (教學工作) :

     Courses for  2012-13 :-                       

                                               Quantum Mechanics   (Fall -- Mon 9-10, Thu  10-12)    (Spring -- Wed 2-5pm)       

                                                High Energy Physics  I     (Spring -- Thu 2-5pm) 

                                                Research Topics on Gravitation and High Energy Physics   (Wed 10-12)     

      

      Current Research Students :-

                    Yan-Min Dai (戴彥民)        <2009 -- >        Ph.D. class

                    Hong-Shen Liu (劉汯紳)      <2011 -- >  

                    Cheng-Suen Lee (李承軒)     <2012 -- >  

  Research Area (研究領 域) :

                 basic research interest ---   theoretical pursuit of

                             the high energy frontier of fundamental physics

                 some recent projects ---  

                       * quantum relativity  -- a radically new approach aiming at constructing the relativity for 'quantum spacetime' 

                             * supersymmetric models with dynamical symmetry breaking

                             * the (generic) supersymmetric standard model

                             * Higgs and flavor physics

 Some Recent Presentations (近期演講) :

     Invited Talk at OCPA7 (Jul 11) :-

                                    HSNJL Model --- A New Paradigm for Dynamical Symmetry Breaking with Supersymmetry   (... to talk file)

     Invited Talk at QGC2010 : NIMS-APCTP 2010 International Workshop on Quantum Gravity, String, and Cosmology (Oct 10) :-

                                    Quantum Relativity: `AdS_5' Geometry Beyond Space-time and 4D Noncommutative Spacetime   (... to talk file)

     Invited Seminar at KITPC Program on Advanced Topics on Flavor Physics (Jul 08) :-

                                      Perspectives on Flavor Physics beyond the Standard Model  (... to talk file)

    Invited Talk at OCPA5  (Jun 06)  :-   Going Beyond the Standard Model --- A Personal Perspective  (... to talk file)

    Seminar at CERN (Aug 05) :-     Little Higgs Flavor Physics (... to talk file)

    Colloquium at Academia Sinica (Nov  04) :-    Why There is What There is --- A Symmetry Perspective  (... to talk file)

        for more a detailed list on the professional activities, please chick here.

  Publications (研究著 作) :

                  check publications listed at SPIRES .

  Some recent titles below :-   

   Symmetry Contraction and Relativity Symmetries

   ------ 1204.4586 [gr-qc]                                                                            (with D.-N. Cho).

  Dynamical Symmetry Breaking with Four-Superfield Interactions

   ------ JHEP 1201, 164 (2012)                                                          (with G. Faisel and D.-W. Jung).

 Holomorphic Supersymmetric Nambu--Jona-Lasinio Model with Application to Dynamical Electroweak Symmetry Breaking

   ------ Phys. Rev. D 81, 031701(R) (2010)                                           (with D.-W. Jung and J.S. Lee).

  Electric and Anomalous Magnetic Dipole Moments of the Muon in the MSSM

   ------  JHEP 0906, 020 (2009)                                                         (with K. Cheung and J.S. Lee).

  A Relativity with the Quantum hbar

   ------  Phys. Lett. B 665, 58 (2008), see also 0705.0845 [gr-qc]..

  Flavor Changing Higgs Decays in Supersymmetry with Minimal Flavor Violation

   ------  Phys. Lett. B647, 36 (2007)                                 (with A. Arhrib, D.K. Ghosh, and R. Vaidya).

  Physics of Quantum Relativity through a Linear Realization

   ------  Phys. Rev. D 73, 124029 (2006)                                                                    (with A.Das).

                                               ***        All papers published with authorship given in alphabetical order        ***

  Grants and Awards (研究計畫及獎項) :

　 2010-13              Two Main Fronts on Fundamental Theory                                                           ---  NSC

　 2007-10              Beyond Standard Model Physics --- Phenomenology and Modeling

                                                           / Formulating Quantum Relativity                                              ---  NSC

　 2004-07              Flavor and Higgs Physics beyond the Standard Model                                        ---  NSC