Heterostructured materials are composed of spatially distinct zones with markedly different (>100%) mechanical or physical properties. This unique architecture produces powerful synergistic effects, enabling properties that far exceed those of conventional homogeneous materials. Their superior performance arises from interactive coupling between hetero-zones, revealing new science beyond traditional materials concepts.

Importantly, HSMs can be processed at large scale and low cost using existing industrial facilities, paving the way for widespread applications. They hold transformative potential across diverse fields, including sustainable technologies, electric vehicles, drones, humanoid robotics, and aerospace.

With rapid growth in research and community engagement, HSMs are emerging as a cornerstone of next-generation materials science.