Driven by the global vision of carbon neutrality, new energy technologies are profoundly evolving towards high efficiency and reliability. As the cornerstone of modern energy equipment, materials science is central to breaking through the bottlenecks of cross-scale energy conversion and extreme energy storage. Currently, from high-specific-energy storage media and extreme-environment structural materials to wide-bandgap semiconductor devices, innovations in the structure-property relationships of underlying materials are reshaping the physical boundaries of new energy technologies. The deep intersection of microscopic physical mechanisms and macroscopic energy engineering provides the core technological foundation for building a low-carbon and intelligent modern energy system.

This conference aims to establish an authoritative academic exchange platform for top-tier scholars and industry experts worldwide in related fields. The conference focuses on frontier topics including advanced fundamental materials, multi-scale computational characterization, new energy electrical equipment, and comprehensive energy management. The symposium is dedicated to showcasing the latest original achievements, profoundly analyzing key engineering challenges, and bridging the innovation chain from fundamental physical property research to system-level implementation. MSNET aspires to promote the synergistic evolution of industry, academia, research, and application, contributing rigorous academic wisdom and engineering paradigms to the global green energy transition.