スポンサーリンク
Graduate School of Mathematical Sciences University of Tokyo | 論文
- SZEGO PROJECTIONS AND NEW INVARIANTS FOR CR AND CONTACT MANIFOLDS(Analytic Geometry of the Bergman Kernel and Related Topics)
- Spherical Functions of the Principal Series Representations of $S_p(2,R)$ as Hypergeometric Functions of $C_2$-Type
- Spaces of initial conditions of Garnier system and its degenerate systems in two variables
- Discrete Series Whittaker Functions of $SU(n, 1)$ and $Spin(2n, 1)$
- On the Sparre Andersen Transformation for Multidimensional Brownian Bridge
- Generalized Jacquet Modules of Parabolically Induced Representations
- Automatic Tabulation of Generically Immersed Intervals and Their Associated Links
- SOME MEAN VALUE THEOREMS FOR THE SQUARE OF CLASS NUMBERS TIMES REGULATOR OF QUADRATIC EXTENSIONS(Analytic Number Theory)
- Zonal Spherical Functions on Quantum Grassmann Manifolds
- On Hecke Algebras Associated with Elliptic Root Systems and the Double Affine Hecke Algebras: Dedicated to Masaki Kashiwara on the occasion of his sixtieth birthday
- An unknotting theorem for tori in S^4 II
- A remark on the algebraic normal form method applied to the Dirac-Klein-Gordon system in two space dimensions (Harmonic Analysis and Nonlinear Partial Differential Equations)
- Asymptotic Distribution of Negative Eigenvalues for Three Dimensional Pauli Operators with Nonconstant Magnetic Fields
- Scalar Conservation Laws with Vanishing and Highly Nonlinear Diffusive-Dispersive Terms
- On the Combinatorics of Unramifield Admissible Modules
- The Stability of Small Stationary Solutions in Morrey Spaces of the Semilinear Heat Equations
- The Generating Function for Certain Cohomology Intersection Pairings of the Moduli Space of Flat Connections
- On the Magnus Representation of the Mapping Class Group
- A limit theorem for solutions of some functional stochastic difference equations
- Problem : Discrete Painleve equations and their Lax form(Algebraic, Analytic and Geometric Aspects of Complex Differential Equations and their Deformations. Painleve Hierarchies)