(Last updated : 2018-11-20 02:14:49)
  YOSHIDA Takahiko
   Department   Undergraduate School  , School of Science and Technology
   Position   Senior Assistant Professor
■ Books and Papers
1. 2018 Article Adiabatic limits, theta functions, and geometric quantization   (Single) 
2. 2016 Article Equivariant local index and symplectic cut RIMS Kôkyûroku 2016,pp.161-167 (Single) 
3. 2014 Article The equivariant local index of the reduced space in the symplectic cutting MIMS Technical Report 00044,pp.1-7 (Single) 
4. 2014 Article Torus fibrations and localization of index III Comm. Math. Phys. 327(3),pp.665-689 (Collaboration) 
5. 2014 Article Torus fibrations and localization of index II Comm. Math. Phys. 326(3),pp.585-633 (Collaboration) 
Display all(21)
■ Conference Presentations
1. 2018/10/22 Adiabatic limits, theta functions, and geometric quantization (Symplectic Geometry Seminar)
2. 2017/07/20 Theory of local index and its applications (Workshop on loop spaces, supersymmetry and index theory)
3. 2014/08/10 Torus fibrations and localization of index (ICM 2014, Satellite Conference -Topology of Torus actions and applications to Geometry and Combinatorics)
4. 2014/07/01 Torus fibrations and localization of index (NCTS (South) Geometry Conference - Mathematical New Goals)
5. 2013/08/30 Equivariant local index and symplectic cut (The 5th International Conference on Geometry and Quantization)
Display all(45)
■ Academic Qualifications
1. 2003/03/28
Degree Acquisition
〔Doctoral course〕, Graduate School, Division of Mathematical Sciences, The University of Tokyo, Completed, Ph.D (Mathematical Science)
2. Mathematics, Faculty of Science, Tohoku University, Graduated,
■ Research Topics, Consignment Studies & KAKENHI Researches
1. 2012/04~2015/03  A theory of local indices for Dirac-type operators and the geometric quantization  (Key Word : )
2. 2010/04~2012/03  Localization phenomena on indices of Dirac-type operators and singular Lagrangian fibrations  (Key Word : )
3. 2008/04~2010/03  Local torus actions on Lagrangian fibrations  (Key Word : )
■ Current Specialized Field
Geometry (Key Word:symplectic geometry)