(The following topics include but are not limited to)
Topic 1: Applied Physics
Condensed matter physics and new materials
Physics and applied physics
Nuclear physics
Sound/electricity/light/heat
Atomic physics/Solid State physics
Structure and physical properties
Electrical and electronic technology
Semiconductor physics
Optoelectronics/Nuclear electronics
Photoelectric technology and its application
Nuclear technology and applications
Vibration, noise and its control
Electroacoustic technique
Circuit principle and analysis
Quantum electronic informatics
Optical quantum information
Space science and technology
Topic 2: Solid mechanics
Experimental solid mechanics/environmental mechanics
Mechanics of materials and structural mechanics
Theory of solid deformation and main structure
Vibration theory
Micromechanics/Dynamic mechanics
Collision and impact analysis
Dynamic failure and failure mechanism
Nonlinear material model and its application
Mechanical property
Elasticity/plasticity/fracture/contact mechanics
Fracture and damage mechanics
Theme 3: Materials Science
Electronic and magnetic materials
Computational materials science
Coupling of multiple iron sequence parameters
Crystal defect engineering/crystallography field engineering
Domain microstructure evolution
Domain size effect, grain size effect, small particle, thin film
Nanomaterials and nanotechnology
Phase transition between iron and iron
Basis and characteristic
Giant magnetostrictive materials and magnetic shape memory alloys
Dynamical approaches to phase transitions and domain changes
Magnetic materials/Materials Chemistry
Multiferroic materials and composites
Nanotechnology and materials
Shape memory alloys and martensite