(Including but not limited to the following topics)
Track 1: Intelligent Photonics
Programmable photonic chips
Intelligent optical sensors
Lidar and 3D sensing
Algorithm innovations in photonics
Physically inspired AI models
Optical adversarial networks
Intelligent optoelectronic confrontation
High-spectrum remote sensing
Optoelectronic devices
Reverse design of AI photonic devices
Deep learning, optical sensing and measurement
Research on neuromorphic photonic computing architectures
Intelligent signal processing techniques in optical communication
Collaborative mechanisms of AI in quantum optics experiments
Track 2: Photonic Materials
New photonic semiconductor materials
Low-dimensional material photonic properties
Metasurfaces and metadevices
Flexible/wearable optoelectronic technologies
Innovative applications of quantum dot light-emitting devices
High-speed optical modulators and detectors
Integrated photonic neural networks
Topological photonics
Reliability of optoelectronic devices in extreme environments
Strong light-matter interactions
Track 3: Optical Imaging
New methods and systems for computational optical imaging
Innovative integration of lensless imaging and holographic display
Multimodal intelligent diagnosis of medical imaging
Breakthroughs in ultrafast optical imaging technology
Optical near-eye display for AR/VR
Quantum correlation imaging technology
Adaptive optical systems
High-dimensional optical field imaging information
Innovative microendoscopic imaging technology
New display materials and interaction technologies