The scheduling for individual talk is undergoing. If you have any questions please contact your session organizers directly.
Special Session 10: Recent Developments in Regularity Theory for PDEs Organizer(s): Zongyuan Li , Hongjie Dong

Parallel Session 9 :: Thursday, 07/09, 8:00-10:00                                   Room 620                 
 8:00-8:30  Jongkeun Choi (Pusan National University, Korea)
 Stationary Stokes systems in non-divergence and double divergence form
 8:30-9:00  Seongmin Jeon (Hanyang University, Korea)
 The free boundary for a superlinear system
 9:00-9:30  Dong-ha Kim (Research Institute of Mathematics, Seoul National University., Korea)
 Dirichlet problem and regular boundary points for elliptic equations in non-divergence and double divergence form
 9:30-10:00  Doyoon Kim (Korea Unversity, Korea)
 Improving Physics-Informed Neural Networks via Sobolev Trace Regularization

Parallel Session 10 :: Thursday, 07/09, 13:30-16:00                                   Room 620                  
 13:30-14:00  Junhee Ryu (KIAS, Korea)
 A regularity theory for fractional parabolic equations
 14:00-14:30  Jiangwen Wang (School of Mathematics, Southeast University, Peoples Rep of China)
 Some studies on the regularity of solutions to degenerate or singular equations with gradient terms
 14:30-15:00  Shuhei Kitano (Waseda University, Japan)
 On the Aleksandrov-Bakelman-Pucci estimate for 1-Laplace-type equations
 15:00-15:30  Ning Cao (Southeast University, Peoples Rep of China)
 Entire solutions and asymptotic behavior to a class of parabolic k-Hessian equations
 15:30-16:00  Chuanlong Sun (Southeast University, Peoples Rep of China)
 The Isometric Study of Wasserstein Spaces- Bounded Intervals

Parallel Session 11 :: Thursday, 07/09, 16:30-19:00                                   Room 620                  
 16:30-17:00  Xiaoqian Xu (Duke Kunshan University, Peoples Rep of China)
 Mixing flow and advection-diffusion equations
 17:00-17:30  Zhongyang Gu (Shenzhen University, Peoples Rep of China)
 The hydrodynamic limit of the discrete-velocity BGK Boltzmann equation