(Topics include but are not limited to)
Topic 1: Physics
Mechanics and Theoretical Mechanics
quantum physics
Optics and Laser Physics
Principles of Quantum Mechanics in Photon Systems
semiconductor physics
The Physical Properties and Applications of Two Dimensional Materials
Intense Laser and Plasma Physics
Non-equilibrium statistical physics and quantum heat engines
The Application of Large Scale Simulation and Machine Learning in Physics
solid state physics
electromagnetism
nuclear physics
electrodynamics
quantum mechanics
optoelectronics
Nuclear Electronics
atomic physics
solid-state physics
Structure and physical properties
Nuclear Technology and Applications
Photonics informatics
semiconductor physics
Electrical and Electronic Technology
Nuclear Technology and Applications
Structure and physical characteristics
Quantum Electronic Informatics
Optoelectronic Technology and Its Applications
Physics and Applied Physics
Vibration, Noise and Their Control
Topic 2: Semiconductor Materials
3D stacking and packaging technology
High performance network on chip (NoC)
Adaptive Circuit Design
Power management and heat treatment technology
Advanced process nodes
Neural Network Specific Chip (ASIC/FPGA)
Imitating the computing architecture of the human brain
Integrated storage and computing
Distributed AI Computing Framework
Carbon based and compound semiconductors
Electronic applications of carbon nanotubes
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
Advanced photoresist
Application of semiconductor devices
diode tube
Dislocations in LD and LED
Semiconductor heterostructure
Optical coupler
Infrared based on semiconductor structure
Green and blue purple pulsed lasers
Integrated mode-locked laser system in semiconductor photonic integrated circuits
Manufacturing and Technology of Micro Electro Mechanical Systems
Migration rate in parallel transmission
New advanced measurement solutions
Nonlinear Problems in Quantum Semiconductor Modeling
A new method for lateral mode engineering of edge emitting semiconductor lasers
Optical properties of thin heterostructures
Vertical transmission
Optical coupler
photocell
Quantum semiconductor
High frequency and high-power applications
Thermal characteristics and heat dissipation technology
Flexible electronics and wearable devices
Advanced storage technology
Phase change memory (PCM)
Magnetic reluctance memory (MRAM)
3D NAND and ReRAM
New materials for non-volatile storage
High density and high-speed storage arrays
Gallium Nitride (GaN) and Silicon Carbide (SiC) Devices
High performance computing chip
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
Brain oscillations and network connectivity
MeG
Printed and conformal antennas
Radar cross-section and asymptotic technique
Random and Nonlinear Electromagnetics
Reflector antenna
biomagnetism
Brain oscillations and network connectivity
MeG
Antennas and Propagation