Academic Report No. 17: Teaching Design of Middle School Mathematics for Deep Learning

Academic Report No. 16: The Integrable Ermakov Structure and Elliptic Vortex Solution in the Inviscid Gas-Liquid Two-Phase Flow

Academic Report No. 15: Singularity Formation of (n + 1)-Dimensional Compressible Euler Equations with Free Boundary

Academic Report No. 14: Global Solvability of Large Solutions to the Three-Dimensional Incompressible and Compressible MHD Equations with Density-Dependent Viscosities

Liyuan Distinguished Scholar twenty-four: Recent Computational Progress on Linear Programming Solvers

Liyuan Distinguished Scholar twenty-two: Spatiotemporal Learning of High-dimensional Cell Fate

Liyuan Distinguished Scholar twenty-three: Global stability of large Fourier mode for 3-D anisotropic Navier-Stokes equations in cylindrical domain

Liyuan Distinguished Scholar sixteen: An Overview of Holomorphic Motions Theory and Holomorphic Liftings in Teichmuller Spaces

【40th anniversary academic activities】Liyuan scholar Colloquium sixty-two：Introduction to the Uncompressible NS Regularity Problem

【40th anniversary academic activities】Liyuan Distinguished Scholar Issue twenty-one：Optimality Conditions and Numerical Algorithms for Constrained Minimax Optimization Problems

【40th anniversary academic activities】Liyuan scholar Colloquium sixty-one：Green's matching: an efficient approach to parameter estimation in complex dynamic systems

【40th anniversary academic activities】Liyuan scholar Colloquium sixty：The direct method of lines for forward and inverse linear elasticity problems in star-shaped domains

【40th anniversary academic activities】Liyuan scholar Colloquium fifty-nine：Highly efficient and accurate schemes for Navier-Stokes equations and general dissipative systems

【40th anniversary academic activities】Liyuan scholar Colloquium fifty-eight：Sharp Interface Models for Solid-State Dewetting Problems

【40th anniversary academic activities】Liyuan scholar Colloquium fifty-seven：Large plate bending with isometry constraints: FEM vs machine learning