(Including but not limited to the following topics)
Track 1: Laser Technology
The basic principles of lasers
Design and optimization of laser processing systems
Advanced laser processing technologies
Classification, composition and characteristics of lasers
Laser self-mixing interference technology
Special optical fibers
Fiber lasers
New laser spectroscopy and sensing technologies
Optical fiber magnetic field sensing technology
Random lasers
Liquid crystal-excited optical fiber materials
Laser applications in industry
Geometrical optics: Principles and applications
Wave optics: Theory and experiments
Quantum optics and information
Atmospheric optics and environmental monitoring
Crystal optics and metamaterials
Electromagnetic waves in optics
Track 2: Optical Engineering
Information optics, physical optics, applied optics
Nanooptics
Optical signal acquisition
Optical communication and optical networks Semiconductor
Optical Instruments and Technology
Photovoltaic Technology
Optical Information Processing
Advanced Sensor Technology
Optoelectronic Instrument Design
Optical Measurement Technology and Its Applications
Light Energy Conversion
Optical Remote Sensing Technology
Microelectromechanical Systems
Track 3: Photoelectric Detection
Photoelectric Detectors and Focal Plane Arrays
Weak Light Signal Detection, Phase Locked Amplification, and Photon Counting
Lidar (LiDAR) Reception Optics and Signal Processing
Photoelectric Encoders, Interferometric Ranging, and Laser Vibration Measurement
Applications of Photoelectric Sensing in Industrial Online Monitoring, Environmental Perception, and Security
Detection Signal Analysis and Feature Recognition Based on Machine Learning
Integration, Automation, and Calibration of Photoelectric Test Systems
Quantum Detection, Single Photon Imaging, and Correlation Imaging ......