(The following topics include but are not limited to)
Track 1: Quantum Optics
Generation and manipulation techniques of quantum light sources
Preparation and application of single photon/entangled photon states
Quantum imaging and super-resolution microscopy techniques
Quantum metrology and sensing enhancement techniques
Cavity quantum electrodynamics and light-matter interaction
Topological photonics and the interface between quantum optics
Control and measurement of non-classical light fields
Quantum coherence and decoherence mechanisms in quantum optics
Quantum optical effects in micro-nano structures
Quantum optical simulation and quantum walks
Exploration of the limits of quantum optical precision measurement
Integrated quantum sensing systems
Microwave-optical quantum interface chips
Quantum radar and imaging integrated systems
Artificial intelligence-assisted photonic chip design
Quantum-classical hybrid computing architectures
Track 2: Quantum Communication
Optimization of quantum key distribution (QKD) systems
Measurement-device-independent quantum communication protocols
Satellite quantum communication and space-ground integrated networks
Quantum teleportation and quantum relay technologies
Quantum network architectures and routing protocols
New quantum communication schemes for secure direct communication
Quantum communication standardization and certification systems
Anti-interference quantum communication technologies
Quantum storage and quantum interface devices
Integration of quantum communication with classical networks
Key technologies and demonstrations of quantum internet
Quantum-secure communication applications for specific industries
Track 3: Photonic Integrated Chips
Silicon-based/indium phosphide/silicon nitride photonic integration platforms
Integrated chip technologies for quantum light sources
High-speed optical modulators and detectors integration
Photonic neural network computing chips
Heterogeneous integration and three-dimensional photonic circuits
Programmable photonic integrated circuits
Chip-level quantum information processing systems
Photonic chip packaging and coupling technologies
Automated tools for integrated photonic design
Innovations in photonic chip manufacturing processes
Chip-level quantum key distribution systems
Testing and reliability assessment of photonic chips ......