Program  

November 5 (Wed)

10:00–10:45  Shigeaki Koike (Waseda University)

ABPKT maximum principle for fully nonlinear parabolic PDEs

11:00–11:45  William M. Feldman (University of Utah)

The pinning effect of dilute defects

14:00–14:45  Taehun Lee (Konkuk University)

Ancient mean curvature flows with finite total curvature

15:00–15:45  Panrui Ni (University of Tokyo)

Quantitative homogenization of convex Hamilton–Jacobi equations with u/ε-periodic Hamiltonians

16:00–16:45  Takuya Sato (University of Tokyo)

A game approach to free boundary problems of anisotropic forced mean curvature flow equations

November 6 (Thu)

10:00–10:45  Tatsuya Miura (Kyoto University)

Delta-convex structure of the singular set of distance functions

11:00-11:45  Félix del Teso (Universidad Autónoma de Madrid)

Mean Value Properties  for Local and Nonlocal p-Laplace Problems

14:00–14:45  Yuxi Han (Purdue University)

Large deviations and Hamilton–Jacobi Equations for state-constrained chemical reactions

15:00–15:45  Hiroshi Watanabe (Oita University)

Equivalence of entropy and viscosity solutions to degenerate parabolic equations and its applications

16:00–16:45  Kazuya Hirose (Hokkaido University)

Lower gradient estimates for viscosity solutions to first-order Hamilton-Jacobi equations

November 7 (Fri)

10:00–10:45  Tapio Kurkinen (Okinawa Institute of Science and Technology)

Quantitative stability for quasilinear parabolic equations

11:00–11:50  Takashi Kagaya (Muroran Institute of Technology)

Solvability of singular Dirichlet boundary problem for fully nonlinear parabolic equations