(The following topics include but are not limited to)
Topic 1. Applied Mathematics
Initial boundary value problem Inverse problem in mathematical physics
Chaos theory
Combinatorial mathematics
Complex dynamics
Difference, differential equation
Ergodic and iterative theory
Stability theory
Symmetric and integrable systems
Special functions and orthogonal polynomials
The application of computer mathematics
The mathematical theory of artificial intelligence
Topic 2. Computational simulation
Numerical analysis
Numerical solution of differential equations
Computational geometry
Mathematical modeling and application
Engineering applications and scientific computing
Computational fluid mechanics
Computational solid mechanics
Fluid-structure coupling calculation
Intelligent computing and simulation technology
Process modeling and simulation
Applied algebra and numerical analysis
Data mining and soft computing
Application of simulation software
Topic 3. Physics
Mechanics and theoretical mechanics
Quantum physics
Optics and laser physics
Principles of quantum mechanics in photonic systems
Semiconductor physics
Physical properties and applications of two-dimensional materials
Intense laser and plasma physics
Statistical physics of nonequilibrium states and quantum heat engines
Applications of large-scale simulation and machine learning to physics
Solid state physics