(Including but not limited to the following topics)
Track 1: Optoelectronic Materials
Infrared materials, laser materials, optical fiber materials
Nonlinear optical materials
Semiconductor materials
Solar cell materials
Other optoelectronic materials and devices
Low-dimensional semiconductor optoelectronic materials (quantum dots/2D materials/calcium phosphates)
Bandgap-wide semiconductor materials and device physics
Topological photonic materials and topological photonicics
Metamaterials and plasmonic materials
Optoelectronic material interface engineering and stability
High-throughput material calculation and AI-assisted design
Flexible/Stretchable optoelectronic materials
Optoelectronic materials for extreme environments
Optoelectronic material characterization and in-situ measurement techniques
Green degradable optoelectronic materials
Track 2: Quantum Devices
Quantum light sources (single photon/entangled light sources) devices
Quantum detectors and single photon imaging chips
Quantum dot light-emitting devices (QLED) and display technology
Integrated quantum optics chips
Quantum memory and quantum relay devices
Quantum sensor devices (magnetic/force/inertial)
Quantum device packaging and reliability
Quantum-classical hybrid integrated systems
Photovoltaic devices
Power semiconductor devices
Next-generation battery technologies
Core components for hydrogen energy
Miniature power supply devices
Optoelectronic devices
Track 3: Sensing Applications
Miniaturized spectroscopy sensors and imaging chips
Optical fiber sensing networks and distributed measurement
Optoelectronic biomedical sensing technology
Environmental monitoring optoelectronic sensors
Industrial process optoelectronic online monitoring
Optoelectronic inertial navigation and attitude sensing
Multimodal optoelectronic fusion sensing
Self-powered optoelectronic sensing systems
Intelligent processing algorithms for sensing data ......