(The following topics include but are not limited to)
Topic 1: Acoustics
Linear acoustics (ray acoustics, wave acoustics, sound wave reflection, scattering, diffraction, interference, propagation attenuation)
Nonlinear acoustics (nonlinear mechanical wave dynamics, acoustic solitons and their chaos)
Fluid dynamic acoustics (aviation acoustics, fluid motion and sound wave interaction, fluid sound radiation, combustion acoustics)
Hydroacoustics (Hydroacoustics and Marine Acoustics)
Structural Acoustics (Vibration and Noise Analysis and Control, Mechanical Dynamics)
Architectural Acoustics (Architectural Acoustics Design, Noise Control and Evaluation)
Ultrasound (Ultrasonic Electronics, Acoustic Detection)
Acoustic materials (traditional acoustic materials, new acoustic materials)
Quantum acoustics (quantum information, ultracold atoms, nano acoustics, quantum acoustic control)
Topic 2: Laser
Basic principles of laser
Design and Optimization of Laser Processing System
Advanced laser processing technology
Classification, composition, and characteristics of lasers
The Application of Laser in Industry
Geometric Optics: Principles and Applications
Wave Optics: Theory and Experiment
Quantum Optics and Information
Atmospheric Optics and Environmental Monitoring
Crystal Optics and Metamaterials
Electromagnetic waves in optics
Topic 3: Optical Technology
Optical Eddy Current and Its Applications
Non imaging optical equipment
Nonlinear Optical Phenomena and Materials
Statistical Optics: Principles and Techniques
Photometer and radiometer
Integrated optical components
Optical Computing
Optical Communication Technology and Systems
Thin film optical equipment
Fiber optic technology in communication and sensing
Innovative Applications of Biomedical Photonics