(Including but not limited to the following topics)
Track 1: Microelectronics
Ultra-large-scale integrated circuit design
Advanced CMOS process and fabrication
Semiconductor device physics and modeling
FinFET and ring-gate transistors
Memory technology and non-volatile storage
Analog-digital mixed and RF integrated circuits
Power semiconductors and wide bandgap devices
Three-dimensional integration and silicon through-hole technology
System-on-chip and heterogeneous integration
Chip packaging and reliability testing
EDA tools and design automation
Digital signal processing chip architecture
Low-power circuit design methods
Radiation-resistant integrated circuits
Biomedical electronic chips
Flexible electronics and wearable chips
Neural network accelerator chips
Computational-acquisition integration and brain-like computing
Fundamentals of quantum computing chips
Micro-nano processing and lithography technology
Track 2: Nanomaterials
Synthesis of nanoparticles and quantum dots
Nanowire and nanotube fabrication techniques
Two-dimensional materials and heterostructures
Graphene synthesis and functionalization Transition metal chalcogenides
Nanofilms and multilayer films
Nanocomposites and interfaces
Mesoporous materials and multi-level pore structures
Metal-organic framework nanomaterials
Nanocatalysis and environmental purification
Nanothermophotonic and photodynamic materials
Nanodrug delivery and diagnosis
Nanomagnetic materials and magneto-thermal
Nanothermal-electricity and energy conversion
Nanoelectrode storage and supercapacitors
Nanosensing and gas-sensitive detection
Nanosurface plasmonics
Nanoprinting and patterning
Nanomechanics and nanotribology

Safety evaluation of nanomaterials

Track 3: Optoelectronic Technology

Semiconductor lasers and amplifiers
Light-emitting diodes and OLEDs
Photoelectric detectors and avalanche diodes
Solar cells and photovoltaic devices
Optical waveguides and integrated optics
Fiber communication and optical interconnection
Optical modulators and optical switches
Optoelectronic integration and silicon-based optoelectronics
Optical frequency combs and ultrafast optics
Infrared and terahertz optoelectronics
Quantum dot light-emitting and display devices
Perovskite photonic materials and devices
Nonlinear optics and frequency conversion
Surface plasmon photonicics
Metasurfaces and metamaterial optical devices
Optical sensing and laser ranging
Optical computing and photonic neural networks
Display technology and Micro-LED
Laser materials and solid-state lasers
Optical field control and beam shaping