◕ Track 1 : Advanced material design and characterization 

Material Synthesis and Process Innovation 

Nanomaterials and Nanostructure Design 

Functional Materials and Smart Materials 

Physical and mechanical properties of composite materials 

Relationship between microstructure and properties of materials 

New energy materials and physical energy storage mechanisms 

Physical characterization techniques of materials 

Physical mechanism of material failure 

Accelerated material testing and life prediction

...

◕ Track 2 :Computational Physics and Intelligent Materials Design

Physics-informed machine learning for materials

Multiscale modeling of energy materials

Computational materials science and validation

High-throughput screening for clean energy

Multi-physics simulation and verification

Structure-property relationship modeling

In-situ characterization and monitoring

Digital twin for material processes

AI-assisted material characterization

Atomistic simulation of novel materials

...

◕Track 3 : Material preparation automation and intelligent manufacturing 

Additive manufacturing and 3D printing materials 

Material preparation process monitoring and physical mechanism 

Surface engineering and interface physics 

Material preparation automation technology 

Intelligent manufacturing system and digital factory 

High precision manufacturing and surface engineering 

Application of intelligent robot in material processing

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◕Track 4 : Application Materials and Intelligent System Integration 

Smart Sensing Materials and Devices 

Flexible electronic materials and wearable technology 

Smart Structures and Self-Healing Materials 

Functional film and coating physics 

High temperature, high strength material physics 

New Electronic and Optoelectronic Materials 

On-line detection and physical mechanism of material properties 

Application of smart materials in the field of energy 

Material system integration and multi-functionalization

...