(The following topics include but are not limited to)
Track 1: Materials Chemistry
Electrochemical materials, optical materials
Surface chemistry
New energy materials
Chemical physics
The physical and structural properties of materials
Photocatalytic materials, photochemical materials
Inorganic non-metallic materials
Microstructure material design
Colloid and interface chemistry
Track 2: Condensed Matter Physics
Topological quantum systems
Statistical physics
Quantum phase
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 interdisciplinary science
Quantum artificial intelligence
Track 3: Electromagnetics
Electromagnetic theory, electromagnetic education
Electromagnetic field calculation
Electromagnetic measurement
Electromagnetic packaging
Electromagnetic modeling of devices and circuits
Electromagnetic properties of materials
EMC / EMI / electromagnetic pulse
Inverse scattering, metamaterials
Phased arrays and adaptive arrays
Printed and conformal antennas
Radar cross-section and asymptotic techniques
Random and nonlinear electromagnetics
Reflector antennas
Biomagnetism
Brain oscillations and network connections
Magnetoencephalography