(Including but not limited to the following topics)
Track 1: Applied Physics
Condensed Matter Physics and New Materials
Physics and Applied Physics
Nuclear Physics
Acoustics/Electrics/Optics/Thermics
Atomic Physics, Solid State Physics
Structure and Properties
Electrical and Electronic Technology
Semiconductor Physics, Optoelectronics, Photonic Technology and Their Applications
Nuclear Electronics, Nuclear Technology and Applications
Vibration, Noise and Control
Electroacoustic Technology
Circuit Principles and Analysis
Quantum Information Electronics
Quantum Information Quantum Mechanics
Space Science and Technology
Track 2: Materials Science
Electronic and Magnetic Materials
Computational Materials Science
Coupling of Multiple Ferro-parametric Parameters
Crystal Defect Engineering, Engineering in the Field of Crystallography
Cantilever Microstructure Evolution
Cantilever Size Effect, Grain Size Effect, Small Particles, Thin Films
Nanomaterials and Nanotechnology
Iron and Iron Interphase Transformations
Super Magneto-elastic Materials and Magnetic Shape Memory Alloys
Dynamic Approaches of Phase and Canted Structure Changes
Magnetic Materials, Materials Chemistry
Multiferroic Materials and Composite Materials
Nanotechnology and Materials
Shape Memory Alloys and Martensite
Track 3: Quantum Computing
Quantum Algorithms and Complexity Theory
Quantum Computing Models and Architectures
Quantum Paradigms and Comparison with Classical Computing
Quantum Devices and Quantum Bits
Quantum Error Correction and Fault-Tolerant Computing
Quantum Chemistry and Physics-based Quantum Simulation
Quantum Simulation in High Energy Physics
Simulation of Complex Systems and Many-Body Quantum Physics
Quantum Simulation Software and Tools
Quantum Neural Networks and Machine Learning
Quantum Information Theory
Quantum Machine Learning
Quantum Optimization Algorithms, Quantum Search Algorithms
Quantum Signal Processing