PMI solicits original contributions in Physics, Mathematics and Information. The topics of the papers submitted to this conference include but are not limited to:

1. Physics Track

1. Quantum Physics and Quantum Information: quantum communication, quantum computing, quantum simulation, quantum measurement, quantum optics, superconducting qubits, trapped ions, quantum state manipulation
2. Optics, Photonics and Ultrafast Physics (including Terahertz): laser physics, nonlinear optics, ultrafast spectroscopy, micro-nano photonics, light-matter interaction, integrated photonics, terahertz devices, terahertz imaging and transmission
3. Condensed Matter Physics and Functional Materials: superconductors, magnetic materials, strongly correlated electron systems, topological materials, phase transitions and critical phenomena, multiferroic materials, applications of functional materials in information devices
4. Semiconductor Physics and Devices: wide-bandgap semiconductors, silicon-based optoelectronics, novel transistors, photodetectors, power devices, physics of integrated circuits, semiconductor optoelectronic information devices
5. Energy Physics and Devices: physics of energy materials, interfacial catalytic mechanisms, new energy optoelectronic devices, sensing and information monitoring for energy systems

2. Mathematics Track

1. Computational Physics and Mathematical Physics Methods: numerical simulation of physical problems, multi-physics simulation, partial differential equation modeling, numerical algorithms
2. Mathematical Foundations of Information: information theory, coding theory, optimization theory, matrix theory, stochastic processes
3. Complex Systems and Applied Statistics: dynamics of complex systems, network science, stochastic modeling for physical-information systems, statistical data analysis

3. Information Track

1. Photonic and Optical Information: optical information processing, computational imaging, optical image reconstruction, free-space optical communication, underwater optical communication, integrated photonic chips, optical fiber sensing, analysis of photoelectric sensing signals
2. Quantum Information Processing: quantum algorithms, quantum sensing, quantum entanglement control, quantum information storage
3. Multi-dimensional Signal, Image and Perception Information Processing: multi-scale signal processing, remote sensing images, reconstruction and intelligent interpretation of medical images, multimodal information fusion, pattern recognition
4. Physics-Informed Artificial Intelligence: physics-informed neural networks (PINN), deep learning constrained by physical priors, explainable AI, AI agents, embodied intelligence, robot perception and dexterous manipulation
5. Communication, Networks and Information Security: optoelectronic sensor networks, cloud-edge-end collaborative information processing, edge computing, federated learning, physical-layer security, digital forensics, data privacy protection
6. Optoelectronic Information Devices and Systems: micro-nano information devices, photoelectric detection systems, embedded sensing and information acquisition systems