(Including but not limited to the following topics)
Track 1: Quantum Sensing
New material sensors
Flexible and wearable sensor technologies
Physical/chemical/biological sensors
Intelligent sensors and systems
Micro-electromechanical (MEMS) and nano-electromechanical (NEMS) systems technologies
Chip-level sensors
Quantum sensing and precise measurement
Low power consumption and self-powered
Miniaturization and integration
Bionic sensing and biocompatibility
Optical and imaging sensing
Track 2: Precision Optics
Quantum optics
Ultrafast lasers
Atomic optics
Laser optics
Optical communication
Integrated optics
Optical sensors
High-end optical instruments
Synchronous radiation optics
High-power solid-state lasers
Optoelectronic technology
Solid-state laser technology
Nonlinear optics
Advanced optical thin-film materials
New high-performance optical components
Track 3: Advanced Materials
New functional materials (nano-materials, polymer materials, composite materials, etc.)
Smart materials and self-repairing materials
The relationship between material microstructure and performance
Advanced material preparation technologies and processes
Material surface engineering and coating technologies
Material mechanical property testing and characterization techniques ......