(Including but not limited to the following topics)
Track 1: Quantum Optics
Generation and control of quantum light sources
Quantum state preparation, manipulation, measurement and quantum tomography
Optical quantum computing, optical quantum simulation and quantum machine learning
Quantum communication and quantum networks
Cavity quantum electrodynamics, optical force systems and quantum interfaces
Quantum detection, quantum radar and quantum imaging
Nonlinear optics and quantum frequency conversion
Quantum optical experimental techniques
Track 2: Condensed Matter Physics
Non-conventional superconductivity
Topological quantum systems
Statistical physics
Quantum phases, quantum simulation
Nanomagnetism, nanomaterials
Nanophysics and technology
New energy materials
Strongly correlated systems and machine learning
Solid-state quantum information and computing
Twisted bilayer and multilayer graphene systems
Low-dimensional and artificial microstructure physics
Multiferroic physics and quantum magnetism topology
Computational condensed matter physics and its applications
Soft condensed matter physics and its interdisciplinary sciences
Quantum artificial intelligence
Track 3: Fiber Sensing
Fiber Bragg grating sensing, fabrication and demodulation techniques
Distributed fiber sensing
Interferometric fiber sensors
Fiber acoustic emission, vibration, temperature, stress, magnetic field, current sensors
Micro-nano fibers, photonic crystal fibers, special fiber sensing
Fiber sensing networks, wavelength division/time division multiplexing and edge demodulation
Applications of fiber sensing in structural health monitoring, oil and gas pipelines, power equipment, perimeter security
Fiber sensing signal processing and intelligent diagnosis ......