(Include but not limited to)
Track 1: Laser Technology
Laser processing system
Laser system optimization
Advanced laser processing technology
Laser measurement and detection technology
Laser spectroscopy
Optical sensing, fiber lasers
Special fibers
Fiber sensing and monitoring technology
Laser industrial applications
Intelligent laser manufacturing system
Laser imaging
Laser detection technology
Electromagnetic waves and optical applications
Infrared lasers and detection technology
Optical materials, photonic devices
Track 2: Photoelectric Sensing
New photoelectric detector materials and devices
Fiber sensing and distributed sensing networks
Lidar (LiDAR) and three-dimensional imaging technology
High-spectrum/multi-spectrum/polarization imaging and computational imaging
Photoelectric imaging system design, image enhancement and intelligent processing
On-chip photonic sensing and integrated optoelectronic devices
Quantum sensing and single photon detection technology
Biomedical photoelectric sensing and imaging
Application of photoelectric sensing in environmental monitoring, intelligent manufacturing, security and other fields
Track 3: Functional Materials
Design, preparation and characterization of photoelectric functional materials (semiconductors, perovskites, two-dimensional materials, quantum dots)
Photonic properties and devices of low-dimensional materials
III-V semiconductor materials and heterostructure integration technology
Nonlinear optical materials and metamaterials
Organic photoelectric materials and flexible optoelectronic devices
Photonic crystals, micro-nano structures and optical metamaterials
Multiscale characterization and in-situ analysis of photoelectric functional materials
Machine learning-assisted discovery and design of photoelectric materials
Sustainable photoelectric materials and green synthesis processes ......