Publications of Professor Takahiro Kawai | p. 3 |
The work of T. Kawai on hyperfunction theory and microlocal analysis, part 1 - microlocal analysis and differential equations | p. 11 |
The work of T. Kawai on hyperfunction theory and microlocal analysis, part 2 - operators of infinite order and convolution equations | p. 15 |
The work of T. Kawai on exact WKB analysis | p. 19 |
Virtual turning points - a gift of microlocal analysis to the exact WKB analysis | p. 29 |
Regular sequences associated with the Noumi-Yamada equations with a large parameter | p. 45 |
Ghost busting : making sense of non-Hermitian Hamiltonians | p. 55 |
Vanishing of the logarithmic trace of generalized Szego projectors | p. 67 |
Nonlinear Stokes phenomena in first or second order differential equations | p. 79 |
Reconstruction of inclusions for the inverse boundary value problem for non-stationary heat equation | p. 89 |
Exact WKB analysis near a simple turning point | p. 101 |
The Borel transform | p. 119 |
On the use of Z-transforms in the summation of transseries for partial differential equations | p. 133 |
Some dynamical aspects of Painleve VI | p. 143 |
An algebraic representation for correlation functions in integrable spin chains | p. 157 |
Inverse image of D-modules and quasi-bu-functions | p. 167 |
The hypoelliptic Laplacian of J.-M. Bismut | p. 179 |
Commuting differential operators with regular singularities | p. 195 |
The behaviors of singular solutions of some partial differential equations in the complex domain | p. 225 |
Observations on the JWKB treatment of the quadratic barrier | p. 237 |
A role of virtual turning points and new Stokes curves in Stokes geometry of the quantum Henon map | p. 251 |
Spectral instability for non-selfadjoint operators | p. 265 |
Boundary and lens rigidity, tensor tomography and analytic microlocal analysis | p. 275 |
Coupling of two partial differential equations and its application | p. 295 |
Instanton-type formal solutions for the first Painleve hierarchy | p. 307 |
From exact-WKB toward singular quantum perturbation theory II | p. 321 |
WKB analysis and Poincare theorem for vector fields | p. 335 |
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