Tatsuhiro MISUMI

  • Research Field :
    Physics
  • Specific Research Topic :
    Theoretical Particle Physics

Selected Journal Publications

  1. 2020-08-11 16:45
  2. Fujimori T., Kamata S., Misumi T., Nitta M., Sakai N. (2017) Exact resurgent trans-series and multi-bion contributions to all orders. Phys Rev D 95: 105001

     arxiv
  3. Fujimori T., Kamata S., Misumi T., Nitta M. and Sakai N. (2016) Nonperturbative contributions from complexified solutions in CPN-1 models. Phys Rev D 94: 105002

     arxiv
  4. Misumi T., Nitta M. and Sakai N. (2015) Resurgence in sine-Gordon quantum mechanics: Exact agreement between multi-instantons and uniform WKB. J High Energy Phys 2015 (09): 157

     arxiv
  5. Iritani T., Itou E. and Misumi T.  (2015)  Lattice study on QCD-like theory with exact center symmetry.  J High Energy Phys  2015 (11): 159 

    arxiv
  6. Matsuura S., Misumi T. and Ohta K. (2014) Topologically Twisted N=(2,2) Supersymmetric Yang-Mills Theory on Arbitrary Discretized Riemann Surface. Prog Theor Exp Phys 123B01

     arxiv
  7. Misumi T. and Kanazawa T.  (2014)  Adjoint QCD on R3 x S1 with twisted sermonic boundary conditions.  J High Energy Phys  2014 (06): 181 

    arxiv
  8. Misumi T., Nitta M. and Sakai N. (2014) Neutral bions in the CPN -1 model. J High Energy Phys 2014 (06):164

     arxiv
  9. Misumi T.  (2012)  New fermion discretizations and their applications (based on Plenary talk).  Proc of Science Lattice  2012 005 

    arxiv
  10. Creutz M., Kimura T. and Misumi T.  (2010)  Index Theorem and Overlap Formalism with Naive and Minimally Doubled Fermions.  High Energy Physics  1012: 041 

    arxiv
  11. Creutz M. and Misumi T.  (2010)  Classification of Minimally Doubled Fermions.  Phys Rev D  82: 074502 

    arxiv
  12. Fujita M., Fukushima K., Misumi T. and Murata M.   (2009)  Finite-temperature spectral function of the vector mesons in a holographic model.  Phys Rev D  80: 035001 

    arxiv

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