(Include but not limited to)
Track 1: Advanced Functional Materials and Preparation Technologies
Advanced metallic materials, high-performance alloys and superalloys
Advanced ceramics, glasses and amorphous materials
Conductive, heat-conductive, magnetic and dielectric functional materials
Energy materials (photovoltaic materials, thermoelectric materials, energy storage materials, etc.)
Catalytic materials, separation membranes and porous materials
Intelligent materials and structures (shape memory alloys, piezoelectric materials, magnetostrictive materials, etc.)
Biomedical materials and tissue engineering scaffolds
Low-dimensional materials (quantum dots, nanowires, two-dimensional materials, etc.)
Material computing, high-throughput screening and machine learning-assisted design
Advanced preparation and processing technologies (film deposition, nano-imprinting, additive manufacturing, etc.)
Track 2: Micro-nano Devices and Micro-nano Manufacturing
Micro-nano processing and MEMS/NEMS manufacturing processes (lithography, etching, bonding, etc.)
Micro-nano sensors and actuators (pressure, acceleration, gas, biological, chemical sensors, etc.)
Microfluidic chips and lab-on-a-chip (Lab-on-a-Chip)
Flexible electronic devices, wearable and implantable devices
Biological MEMS and neural probes
Micro-nano optoelectronic devices (micro-nano lasers, modulators, detectors, etc.)
Micro-nano energy collection devices (nano generators, energy harvesters, etc.)
RF MEMS and millimeter-wave devices
Micro-nano packaging, integration and testing technologies
Intelligence and quality control in micro-nano manufacturing
Track 3: Intelligent Systems and Integrated Applications
Intelligent sensor systems and multimodal perception fusion
Internet of Things intelligent nodes and edge computing
Application of artificial intelligence in intelligent devices and systems
Bionic perception, computing and intelligent systems
Intelligent structural health monitoring and self-diagnostic systems
Intelligent human-machine interfaces and neural interface systems
Intelligent environmental monitoring, smart cities and industrial Internet of Things
Intelligent medical diagnosis, treatment and health management systems
Micro-nano integrated systems for unmanned systems (drones, vehicles, robots)
Intelligent material-device-system integration design
Artificial intelligence-driven material discovery and device optimization
Neuro-inspired computing materials and devices
Optoelectronic fusion intelligent systems and integrated optoelectronic chips
Bioelectronics interfaces and implantable devices
Self-driven intelligent systems and energy harvesting integration
Digital twin-driven device and system simulation
Wearable intelligent systems and edge intelligent deployment
Micro-nano robots and autonomous systems
......