(The following topics include but are not limited to)
Topic 1. Optoelectronic devices
Novel optoelectronic functional materials and devices
Preparation and characterization of photoelectric thin film materials
Technology and application of photoelectric conversion materials
Optoelectronic information functional materials, nanophotonics and materials
Chemistry and physics of optoelectronic materials
Organic biochemical sensors, organic laser-pumped lasers, organic nonlinear optical materials
Nanophotonics and materials
Photosensitive polymer materials and polymer information storage materials
Organic photoconductive materials
Photorefractive polymer materials and polymer information storage materials
Optical imaging and photoelectric information
Power quality and system stability analysis
Analog circuits and digital circuits
Electromagnetism and photonics
Electro-optical phenomena of semiconductors
Laser technology and photoelectric application
Topic 2. Integrated photonics
Photonic integrated circuit
Nonlinear integrated photonics
Optical communications and data center applications
Application of integrated photonic devices in optical communication
High speed modulator and detector
Integrated photon design and simulation
Lithium niobate photonics, Quantum integrated photonics, integrated optical quantum technology, polymer photonics
Bio-photon sensor integrated chip
Integrated photonics for AI
Low cost integrated photonic manufacturing
Topic 3. Laser technology
Laser, spectrum
Infrared rays, photovoltaic
Laser radar
...
The basic principle of laser
Design and optimization of laser processing system
Advanced laser processing technology
Classification, composition and characteristics of laser
Application of laser in industry
Geometric optics: Principles and applications
Wave optics: Theory and experiment
Quantum optics and Information
Atmospheric optics and environmental Monitoring
Crystal optics and metamaterials
Electromagnetic wave in optics