(The following topics include but are not limited to)
Track 1: Electromagnetism
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
Track 2: Applied Physics
Condensed matter physics and new materials
Physics and applied physics
Nuclear physics
Acoustic/electrical/optical/thermal physics
Atomic physics, solid-state physics
Structure and properties
Electrical and electronic technology
Semiconductor physics
Optoelectronics, photoelectric technology and its applications
Nuclear electronics, nuclear technology and applications
Vibration, noise and control
Electroacoustic technology
Circuit principles and analysis
Quantum information electronics, optical quantum information science
Space science and technology, etc.
Track 3: Sensing Technology
Electromagnetic sensors
Optical sensors
Acoustic sensors
MEMS sensors
Quantum sensors
Wireless passive sensors, energy harvesting and self-powered sensing
Sensor signal conditioning, weak signal detection and low-noise amplification
Sensor calibration, reliability testing and applications ……