(Including but not limited to the following topics)
Theme One: Materials Science
Electronic and magnetic materials
Computational Materials Science
Coupling of multiple iron sequence parameters
Crystal Defect engineering
Engineering in the field of crystallography
Domain microstructure evolution
Domain size effect, grain size effect, small particles, thin film
Nanomaterials and nanotechnology
Phase transformation between iron and iron
Fundamentals and Characteristics
Supermagnetostrictive materials and magnetic shape memory alloys
The dynamic pathways of phase transition and domain transformation
Magnetic material
Chemistry of Materials
Multiferroic materials and composite materials
Nanotechnology and materials
Shape memory alloys and martensite
Theme Two: Condensed Matter Physics
Topological quantum state of matter
Quantum spin liquid
Landau phase transition paradigm
Intrinsic topological order
Strongly correlated electronic system
Density of states engineering
The phenomenon of evolution
Symmetry breaking
Phase transition of multi-body systems
Quantum material design
Theme Three: Electronic Engineering
Power transmission and distribution
Power quality
Renewable energy
Electric traction
Electromagnetic compatibility
Electromagnetic signal processing
High-voltage insulation technology
High-voltage instrument
Electrical Engineering materials
Electrical measurement
High voltage and insulation technology
Power electronics and its applications
Mechatronics
Circuits and Systems
Power quality and electromagnetic compatibility
Electric power system and its automation
Power system planning and dispatching
Electric drives and their applications
Electric motors and electrical appliances
Manufacturing and operation of electrical and electronic systems