Half of the Toulouse Project Part 5 is Completed : Structure Theorem for Instanton-Type Solutions of $(P_J)_m$ (J = I,II or IV) near a Simple $P$-Turning Point of the First Kind (Algebraic Analysis and the Exact WKB Analysis for Systems of Differential Eq

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On the Boundary Value of a Solution of the Heat Equation
Professor Mikio Sato and Microlocal Analysis
Monodromy Structure of Solutions of Holonomic Systems of Linear Differential Equations is Invariant under the Deformation of the System
Holonomic Systems of Linear Differential Equations and Feynman Integrals
On Holonomic Systems for $\displaystyle\Pi_{\imath=1}^{N}(f_1+\sqrt{-1}0)^\lambda \iota $
Micro-Analytic Structure of the $\textit{S}$-Matrix and Related Functions
On Holonomic Systems of Micro-differential Equations. III-Systems with Regular Singularities-
Microlocal Analysis
Micro-hyperbolic pseudo-differential operators I
Structure of a single pseudo-differential equation in a real domain
Discontinity Formula and Sato's Conjecture
On the global existence of real analytic solutions of linear differential equations (I)
On the global existence of real analytic solutions of linear differential equations (II)
Microlocal analysis of massless singularities(Complex Analysis and Differential Equations)
Half of the Toulouse Project Part 5 is Completed : Structure Theorem for Instanton-Type Solutions of $(P_J)_m$ (J = I,II or IV) near a Simple $P$-Turning Point of the First Kind (Algebraic Analysis and the Exact WKB Analysis for Systems of Differential Eq
WKB analysis and deformation of Schrodinger equations
Extended Landau Variety and the Singularity Spectrum of Position-Space Feynman Amplitudes
Poisson's Summation Formula and Hamburger's Theorem
Microlocal Properties of Local Elementary Solutions for Cauchy Problems for a Class of Hyperbolic Linear Differential Operators
Extension of Solutions of Systems of Linear Differential Equations
Probleme de Cauchy et Goursat Analytique
Singular-perturbative Reduction to Birkhoff Normal Form and Instanton-Type Formal Solutions of Hamiltonian Systems : To the memory of the late Professor Nobuhisa Iwasaki
Theory of Vector-Valued Hyperfunctions
Toward the Exact WKB Analysis for Higher-Order Painleve Equations-The Case of Noumi-Yamada Systems-
Toward the exact WKB analysis for instanton-type solutions of Painleve hierarchies(Algebraic, Analytic and Geometric Aspects of Complex Differential Equations and their Deformations. Painleve Hierarchies)
Sato's conjecture for the Weber equation and transformation theory for Schrodinger equations with a merging pair of turning points (Differential Equations and Exact WKB Analysis)
The Poincare Lemma for Variations of Polarized Hodge Structure
Exact WKB analysis of second-order non-homogeneous linear ordinary differential equations (Recent development of micro-local analysis for the theory of asymptotic analysis)

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