(Including but not limited to the following topics)
Track 1: Condensed Matter Physics
Identification and classification of topological materials
Analysis of electronic states in low-dimensional systems
Topological quantum computing and information processing
Dynamics simulation of low-dimensional heterostructures
Detection of topological phases and experimental data analysis
Statistical physics
Quantum phases, quantum simulation
Nanomagnetism, nanomaterials
Nanophysics and technology
Strongly correlated systems and machine learning
Solid-state quantum information and computing
Twisted bilayer and multilayer graphene systems
Low-dimensional and artificial microstructure physics
Multiferroic physics and quantum magnetism topology
Computational condensed matter physics and its applications
Soft condensed matter physics and interdisciplinary science
Quantum artificial intelligence
Track 2: Material Structure
Structural design of functional materials (piezoelectric/ferroelectric/multiferroic materials)
Advanced structural characterization techniques (neutron scattering, synchrotron radiation, electron microscopy)
Research on material properties under extreme conditions (high pressure, strong field, low temperature)
Semiconductor materials, wide bandgap semiconductors and band engineering
Electronic structure and transport of energy materials (thermoelectric, photovoltaic, energy storage materials)
Spin electronic materials, magnetic heterostructures and interface effects
Structural dynamics of amorphous materials, liquid metals and complex alloys
Strain engineering, defect chemistry and material performance control
Track 3: Functional Devices
Quantum functional devices (quantum bits, single photon sources, quantum sensors)
Spin electronic devices, magnetic storage and magnetic logic units
Low-dimensional material optoelectronic devices (optical detection, emission, photovoltaic)
Refractive resistors, neural network devices and brain-inspired computing hardware
Molecular electronics and single-molecule devices
Flexible wearable electronic devices and bio-integrated systems
Superconducting electronic devices and quantum circuits
Device physics, interface engineering and reliability optimization
Application of artificial intelligence and machine learning in material discovery and physical modeling
Quantum many-body computing, density functional theory and new method development
Strong coupling of light and matter, cavity quantum electrodynamics and polariton physics
Nonlinear optical materials, plasmons and metamaterials
Bio-inspired materials, soft matter physics and biomimetic functional systems ......