(The following topics include but are not limited to)
Topic 1. Photoelectric science
Optical Science/Geometric optics/Wave optics
Electromagnetic wave
Non-imaging optics/nonlinear optics
Crystal optics and metamaterials
Quantum optics/plasma technology
Laser technology and application
Infrared technology and infrared information processing
Optical information processing technology and application
Photoelectric functional materials and devices
Theme 2. Functional materials
Functional material
Functional materials and their applications
Functional materials physics
Application of functional materials
Adaptive materials and structures
Biomimetic smart materials and systems
Classification and sorting
Conductive materials/nanomaterials/carbon-based materials
Electro-optical and magneto-optical materials
Green materials and technologies for sustainable development
Soft and hard magnetic materials/luminescence and radiation sensing materials
Magnetic, optical, catalytic properties
Magnetoelastic and adaptive materials
Medical materials/Biosensors
Materials for spintronics and photonics
Mechanics and behavior of active materials
Microwave and terahertz materials/metamaterials
Multiferroic and magnetoelectric materials
Multifunctional materials/smart materials/energy materials
Nanotechnology of functional materials/New techniques and equipment for materials research
Phenomenological properties of optical fibers and semiconductor materials/functional materials/shape memory materials
Topic 3. Physics
Mechanics and theoretical mechanics
Quantum physics/Semiconductor physics
Optics and laser physics
Principles of quantum mechanics in photonic systems
Physical properties and applications of two-dimensional materials
Intense laser and plasma physics
Statistical physics of nonequilibrium states and quantum heat engines
Applications of large-scale simulation and machine learning to physics
Solid state physics