(The following topics include but are not limited to)
Topic 1: Physics
Particle Physics, Field Theory, and Cosmology
Nuclear Physics and Accelerator Physics
Atomic and Molecular Physics
light physics
Plasma physics
Nano and Mesoscale Physics
Surface and Low Dimensional Physics
Semiconductor Physics
Strong correlation and superconducting physics
magnetism
Soft condensed matter physics and biophysics
Computational Physics
Statistical Physics and Complex Systems
Dielectric Physics 
liquid crystal
Ultrafast physics
High energy density physics
Topological Materials, Physics, and Devices
Remote sensing physics
Topic 2: Quantum Computing
algorithm
Machine Learning and Artificial Intelligence
distributed computing
Quantum Computing Model and Architecture
Comparison between Quantum Paradigm and Classical Computing
Quantum devices and quantum bits
Quantum Error Correction and Fault Tolerant Computing
Quantum simulation
Quantum Information and Optimization
Quantum communication and quantum networks, etc
Topic Three: Engineering Mechanics
Computational Mechanics
Damage and fracture mechanics
Mechanics and Elasticity
Experimental analysis and instrumentation
fluid dynamics
Mechanics of Materials
Simulate inelastic multiscale behavior
Multiscale and Multiphysics
Nanomechanics and Micro Mechanics
Objective elasticity
Pore mechanics
Structural health monitoring and control, etc