(Including but not limited to the following topics)
Track 1: Applied Physics
Accelerator Physics
Accelerator research and development
Acoustics, noise and vibration
Particle capture application
Biophysics, medical physics
Detectors and data processing
Engineering Physics
Instruments and control components
Magnetic devices and materials
Materials Physics
Mechanics, rheology and tribology
Nanotechnology and metamaterials
Neuromorphic computation
Nuclear Physics
Quantum chromodynamics and quantum computers
Spin dynamics, statistical mechanics
Invisible technology, storage ring physics
System and automated thermodynamics
Track 2: Computational Simulation
Adaptive control and nonlinear control
Artificial intelligence, computational intelligence
The design, analysis and application of optimization algorithms
Deterministic, dynamic, stochastic, robust and combinatorial optimization models
High-performance computing
Information science
Intelligent control, neural control, fuzzy control
Machine learning
Mathematical Modeling and Simulation
Nanotechnology and biomechanics
Optimization technology
Robotics and Automation
Intelligent structure and Health monitoring
Soft computing, structural optimization
Theoretical and empirical research on computational methods, models and empirical analysis
Track 3: Structural Mechanics
Analytical mechanics, Computational mechanics
Fluid mechanics, explosion mechanics
Vibration science
Geomechanics, geodynamics, rotor dynamics
Soil mechanics
Plastic fracture and damage mechanics, etc
Force analysis, mechanics and mechanical production
Structural mechanics of functional materials
Metamaterial structural mechanics
Micro-nano structural mechanics
Biomimetic structural mechanics
Static and dynamic mechanics of intelligent structures
Advanced Structural Dynamics and Control