(The following topics include but are not limited to)
Track 1: Computational Physics
Computational quantum mechanics, computational fluid dynamics
Computational solid physics, computational materials physics
Computational electromagnetism
Computational plasma physics
Computational astrophysics and cosmology
Computational biophysics
Particle physics and nuclear physics computation
Quantum many-body problem computation
Density functional theory and ab initio calculation
Molecular dynamics simulation
Monte Carlo method application in physics
Lattice Boltzmann method
Phase field simulation and multiphase flow
Physical field coupling computation
Non-equilibrium statistical physics computation
Topological computation in condensed matter physics
Track 2: Numerical Simulation
Numerical methods and algorithms
Numerical solution of partial differential equations
Numerical solution of ordinary differential equations
Linear algebra and eigenvalue calculation
Solution of nonlinear equations
Discontinuous Galerkin method
Numerical integration and differentiation
Random simulation and stochastic differential equations
Multiscale modeling and computation
Multiphysical field coupling simulation
Multiphase flow simulation, turbulence simulation, combustion simulation
Structural mechanics simulation
Geophysical simulation
Numerical stability and convergence analysis
Numerical simulation verification and confirmation
Physics-based deep learning
Numerical simulation in digital twin
Model reduction and real-time simulation
Optimization of coupled multi-physics algorithms
High-precision format and low-dissipation numerical methods
Large-scale dynamic system numerical integration
Track 3: High-Performance Computing
Parallel computing architecture
Large-scale parallel computing
GPU and accelerator computing
Cluster and cloud computing
Distributed computing
High-performance computing programming model
High-performance computing compiler and tools
High-performance computing optimization for physical simulations
Scientific computing workflow
Scientific computing based on containers
High-performance computing and big data integration
High-performance computing in teaching and research
High-performance computing in numerical weather forecasting
High-performance computing in astrophysics simulation
...