(Including but not limited to the following topics)
Topic One: Semiconductor Materials
Related topics: Diodes
Dislocations in LD and LED
Semiconductor heterostructure
Optocoupler
Infrared based on semiconductor structure
Green light and blue-violet pulsed lasers
Integrated mode-locked laser systems in semiconductor photonic integrated circuits
Manufacturing and Technology of Micro-Electromechanical Systems
Mobility in parallel transmission
New advanced metrology 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
Optocoupler
Photovoltaic cell
Quantum semiconductor
Semiconductor spin physics and topological phenomena
Semiconductor nanometers and devices
Wide/narrow bandgap semiconductors
Compound semiconductor
Magnetic semiconductor
Organic semiconductor
Optoelectronic and photovoltaic devices
Semiconductor Physics
Semiconductor quantum computing
Physics of microwave photonic devices
Reliability of semiconductor materials and devices
Semiconductor Manufacturing and Application
Emerging semiconductor technology
Advanced photoresist
Theme Two: Microelectronic Devices
Research and application of New Semiconductor Materials
Design and Optimization of Silicon-based Optoelectronic devices
The Application of Nanomaterials in Microelectronic devices
The development and performance optimization of low-power electronic devices
The Application of quantum dots in Optoelectronics
Devices and Integration
Integrated circuit design
EDA and Computing Systems
Sensors and intelligent Microsystems
Microelectronic devices
The development of microelectronics technology
Microelectronic packaging technology
Microelectronic connection technology
Microelectronics teaching
Microelectronics process
Microelectromechanical systems