(The following topics include but are not limited to)
Topic 1: Nanotechnology
Nanodrugs and Targeted Delivery Systems
Nanomaterials and Energy Conversion Storage
Nanocatalysis and Green Synthesis
Nano biosensors and precise diagnosis
Nanofibers and Intelligent Filter Materials
Nanooptics and Optoelectronic Devices
Nanorobots and Micro manipulation
Nanotoxicology and Environmental Safety
Nano surface engineering and functional coatings
Nanomanufacturing and Scale Integration Technology
Topic 2: Condensed Matter Physics
Unconventional superconductivity
Topological quantum system
Statistical Physics
Quantum phase
Quantum simulation
Nano magnetism
nanomaterials
Nanophysics and Technology
new energy materials
Strong correlation systems and machine learning
Solid state quantum information and computing
Topological Quantum States and Topological Materials
Two dimensional materials and heterojunction devices
Superconducting Mechanism and New Superconducting Materials
Strong correlation electronic system and Mott physics
Spintronics and Quantum Computing
Quantum magnetism and damping system
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
metamaterial
Phased array and adaptive array
Printed and conformal antennas
Radar cross-section and asymptotic technique
Random and Nonlinear Electromagnetics
Reflector antenna
Biomagnetism
Brain oscillations and network connectivity
Magnetoencephalography