(Including but not limited to the following topics)
Track 1: Electromagnetics and Computational Electromagnetics
Electromagnetic field theory and numerical computation
Computational electromagnetics methods and applications
Electromagnetic scattering and inverse scattering
Electromagnetic compatibility and electromagnetic interference
Electromagnetic metamaterials and metamaterial surfaces
Antenna theory and design
Microwave and millimeter-wave propagation
Terahertz electromagnetic technology
Quantum electromagnetics and quantum optics
Multifield electromagnetic coupling
Track 2: Materials Engineering and Electromagnetic Functional Materials
Design and fabrication of electromagnetic functional materials
Magnetic materials and spintronics
Dielectric materials and microwave media
Absorbing materials and electromagnetic shielding
Superconducting materials and superconducting electromagnetic applications
Piezoelectric and ferroelectric materials
Semiconductor materials and devices
Two-dimensional materials and heterojunctions
Nanomaterials and electromagnetic properties
Intelligent materials and controllable electromagnetic properties
Track 3: Microwave Technology and RF Engineering
Microwave devices and circuit design
RF integrated circuits and systems
Millimeter-wave and terahertz technology
Microwave antennas and arrays
Microwave filters and resonators
Microwave measurement and calibration technology
Microwave heating and industrial applications
5G/6G microwave communication technology
Radar and microwave remote sensing
Microwave photonics