(Topics include but are not limited to)
Topic 1: Condensed Matter Physics
Unconventional superconductivity
Topological quantum system
Statistical Physics
Quantum phase
Quantum simulation
Nano magnetism
nanometer material
Nanophysics and Technology
New energy materials
Strong correlation systems and machine learning
Solid state quantum information and computing
Twisted bilayer and multilayer graphene systems
Low dimensional and artificial microstructure physics
Multi iron physics and quantum magnetic topology
Computational condensed matter physics and its applications
Soft condensed matter physics and its interdisciplinary studies
Quantum Artificial Intelligence
Topic 2: Semiconductor Materials
Semiconductor spin physics and topological phenomena
Semiconductor Nanotechnology and Devices
Wide/narrow bandgap semiconductor
Compound semiconductor
Magnetic semiconductor
Organic semiconductor
Optoelectronics and photovoltaic devices
Semiconductor physics
Semiconductor quantum computing
Physics of Microwave Photon Devices
Reliability of Semiconductor Materials and Devices
Semiconductor Manufacturing and Applications
Emerging semiconductor technologies
Topic Three: Electromagnetics
Electromagnetic theory
Electromagnetic Education
electromagnetic field computation 
Electromagnetic measurement
Electromagnetic packaging
Electromagnetic modeling of devices and circuits
Electromagnetic properties of materials
EMC/EMI/Electromagnetic Pulse
Inverse scattering
Metamaterials
Phased array and adaptive array
Printed and conformal antennas
Radar cross-section and asymptotic technique
Random and Nonlinear Electromagnetics
Reflector antenna
Biomagnetism