(The following topics include but are not limited to)
Track 1: Photonic Information Processing
Optoelectronic signals
Photonic information processing
Photonic imaging technology
Photonic detection technology
Photonic image processing
Photonic instrument design and application
Optoelectronic devices
High-precision instruments
Microwave and photonic integration
Energy and optoelectronics
Biophotonics
Medical photonics
Infrared rays
Track 2: 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 laser
New laser spectroscopy and sensing technologies
Optical fiber magnetic field sensing technology
Random laser
Liquid crystal excitation 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
Spectroscopy
Track 3: Optical imaging
Holographic imaging and interferometric imaging
Nonlinear optical imaging
Nanofiber optics and microscopic imaging
Emerging materials and optical imaging applications
Optical imaging in industrial and safety detection
Data processing and analysis in optical imaging
Image processing algorithms and enhancement techniques
Multispectral and hyperspectral imaging
Quantum optics and quantum imaging
Unmanned aircraft and robot optical imaging
Photonics and microwave photonic imaging
Laser optical imaging technology
Imaging systems with integrated multiple sensors
Application of geodesic imaging in space observation
Artificial intelligence-assisted imaging equipment design
Optical imaging in automated manufacturing and detection ...