(The following topics include but are not limited to)
Track 1: Quantum Optics
Generation and Control of Quantum Light Sources (Single Photon/Entangled Light Source)
Cavity Quantum Electrodynamics and Strong Coupling Systems
Quantum Imaging and Super-resolution Microscopy Techniques
Quantum Metrology and Sensing Enhancement Technologies
Topological Photonics and the Interface between Quantum Optics
Preparation and Measurement of Non-classical Light Fields
Quantum Coherence and Decoherence Mechanisms
Quantum Optical Effects in Micro-nano Structures
Quantum Optical Simulation and Quantum Walks
Precision Measurement Limits in Quantum Optics
New Theoretical Frameworks in Quantum Optics
Innovations in Quantum Optics Experimental Platforms
Track 2: Nanotechnology
Controllable Synthesis of Low-Dimensional Quantum Materials
Precise Assembly and Patternization Techniques for Nanostructures
Design and Manufacturing of Nano-Optical Devices
Breakthroughs in Nanoscale Optical Characterization Techniques
Interface Engineering and Performance Control of Nanomaterials
Innovations in Green Nanomanufacturing Processes
Development of Nanobiomedical Devices
Nanobiological Database and Machine Learning-Assisted Design
Standardization and Safety of Nanotechnology
Adaptability of Extreme Environment Nanomaterials
Autonomousization of Nanomanufacturing Equipment
Track 3: Quantum Information Processing
Quantum Computing Chips and Integrated Optical Paths
Quantum Storage and Quantum Relay Technologies
Design and Complexity Analysis of Quantum Algorithms
Quantum Machine Learning and Optimization Algorithms
Quantum Error Correction and Fault-Tolerant Computing
Quantum Networks and Distributed Quantum Computing
Quantum Simulation and Verification of Quantum Superiority
Quantum Programming Languages and Compilers
Benchmarking of Quantum Information Processing
Open Source Quantum Software Ecosystem
Quantum-Classical Hybrid Computing Architectures
Industrialization Pathways for Quantum Information Processing ......