(The following topics include but are not limited to)
Track 1: Laser Technology and Optical Science
Basic Principles of Lasers
Design and Optimization of Laser Processing Systems
Advanced Laser Processing Technologies
Classification, Composition and Characteristics of Lasers
Mid-Infrared Lasers
Ultrafast Laser Science and Technology
High Intensity Lasers and High Field Phenomena
Fiber Lasers and Applications
Semiconductor Lasers and LEDs
Laser Self-Mixing Interference Technology
New Laser Spectroscopy and Sensing Technologies
Laser Applications in Industry
Biomedical and Therapeutic Laser Applications
Laser Spectroscopy and Microscopy
Quantum Electronics and Laser Science
Waveguide Lasers
Liquid Crystal Excited Fiber Materials
Random Lasers
Track 2: Optical Communication and Photon Integration
Optical Communication Systems and Optical Network Technologies (DWDM, OTN, etc.)
Free Space Optical Communication and Visible Light Communication (LiFi)
High-Speed Optical Modulation, Multiplexing and Coherent Communication Technologies
Optical Switching and Optical Routing Technologies
Photon Integrated Circuits (PIC) and Silicon-Based Optoelectronics
Optical Amplifiers, Optical Slits and Frequency Synthesis Technologies
Microwave Photonics and Optical Signal Processing
Digital Signal Processing (DSP) and AI Enhancement Technologies in Optical Communication
Underwater Optical Communication and Cross-Media Optical Communication
Optical Communication Network Security and Physical Layer Encryption
Track 3: Quantum Information Technology
Quantum Optics and Quantum Information
Quantum Communication: Theoretical and Experimental Progress
Quantum Computing
Quantum Metrology and Quantum Sensing
Quantum Interactions between Light and Matter
Single Photon Sources and Detectors
Entangled Photons and Other Non-Classical Light Fields
Quantum Measurement and Control
Quantum Algorithms and Protocols
Quantum Internet and Quantum Network
Quantum Key Distribution
Quantum Metamaterials
Topological Photonics
Cold Atoms and Cold Molecules
...