(Including but not limited to the following topics)
Track 1: Laser Applications
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 fibers, fiber lasers
New laser spectroscopy and sensing technologies
Optical fiber magnetic field sensing technology
Random lasers
Liquid crystal-excited 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
Spectroscopy
Track 2: Photoelectric Integration
Optoelectronic signals
Optoelectronic information processing
Optoelectronic imaging technology
Optoelectronic detection technology
Optoelectronic image processing
Optoelectronic instrument design and application
Optoelectronic devices
High-precision instruments
Microwave and optoelectronic integration
Energy and optoelectronics
Biophotonics
Medical photonics
Infrared rays
Track 3: Intelligent Systems
Lidar (LiDAR) systems (scanning, Flash, FMCW) and signal processing
Optoelectronic detection and imaging systems (infrared, low-light, multispectral, hyperspectral)
Adaptive optics, wavefront sensing and correction systems
Optoelectronic servo-stabilized platforms, aiming and tracking systems
Optoelectronic countermeasures, interference and anti-interference technologies
Industrial detection, environmental monitoring and security systems based on optoelectronic sensing
Optical fiber sensing networks, distributed sensing and intelligent demodulation
Intelligentization of optoelectronic systems ......