The manipulation of interactions between light and matter plays a crucial role in the
evolution of organisms and a better life for humans. As a result of natural selection, precise …

Lattice metamaterials emerge as advanced architected materials with superior physical
properties and significant potential for lightweight applications. Recent developments in …

Adaptability and reliability are challenges in designing vibration isolation structures, and
mechanical metamaterials featuring broad quasi-zero stiffness (QZS) platforms are among …

Hybrid honeycombs with programmable mechanical responses have received widespread
attention due to their multifunctionality and superior mechanical properties. To improve the …

Artificial cellular materials with various mechanical functions are attracting increasing
attentions from aerospace, transportation, and industrialization. However, many artificial …

Material extrusion has revolutionized the fabrication of silicone elastomers with intricate and
customized structures. However, the trade-off between the ink printability and functional filler …

The physical reprogrammability of metamaterials provides unprecedented opportunities for
tailoring changeable mechanical behaviors. It is envisioned that metamaterials can actively …

Active metamaterials are a type of metamaterial with tunable properties enabled by
structural reconfigurations. Existing active metamaterials often achieve only a limited …

Digitization has brought a new era to the world, liberating information from physical media.
The material structure–property relation is high‐dimensional and nonlinear, and the …

In the realm of mechanical metamaterials, those exhibiting high strength and tunable
properties were pivotal for advancing smart functionality applications. Inspired by the robust …