International Conference on Materials Physics and Composites on June 27-29, 2025 in Kunming, China

 About ICMPC 2025 -

Entering the 21st century, materials are listed as one of the four pillars of modern civilisation, not only as the basic elements of people's daily life, but also as indispensable components in major high-tech fields such as energy, information, advanced manufacturing, etc., with numerous examples of their applications.

Material physics and composites, as cutting-edge fields, are of great significance to the advancement of science and technology and the development of society. Therefore, we sincerely invite all experts and scholars to attend the 2025 2nd International Conference on Materials Physics and Composites (ICMPC 2025). The conference will be held on June 27-29 2025 in Kunming, China. The conference will attract leading researchers and practitioners to present and exchange information on the latest developments in materials physics and composites, and will also focus on how to translate research results into practical applications for industrial upgrading and sustainable development.

The conference programme will feature keynote speeches by renowned scholars in the field and oral or poster presentations by scholars from around the world in Kunming. Participants will have the opportunity to meet with researchers and industry experts to exchange new ideas and application experiences. Scholars from home and abroad are welcome to submit papers and attend the conference.

The topics of interest for submission include, but are not limited to:

Material physics

· Material physics and structure

· Material physics and chemistry

· Material thermodynamics

· Material preparation technology

· Fundamentals of materials engineering

· Atomic physics

· Quantum mechanics

· Solid state physics

· Mechanical properties of materials

· Optoelectronic materials

· Microelectronic materials

· Semiconductor

· Superconductor

· Nanomaterials and nanotechnology

 Composite material

· Advanced composite materials

· Computational materials science

· Functional materials

· Material processing and forming

· Polymer/nanocomposite materials

· Porous materials

· Energy catalytic materials

· Refractory materials

· Interface engineering and surface engineering

· Energy storage materials

· New solar cells