We propose a metamaterial design principle that enables the remote switching of
topological states. Dynamic breaking of space-inversion symmetry is achieved through the …

In this work, an approach for engineering translational-rotational coupling (TRC)
metamaterials with magnetically tunable topological states is proposed. The metamaterial …

Magneto-mechanical metamaterials are emerging smart materials whose mechanical
responses can be tailored through structure architecture and magnetic interactions. The …

Magnetic elastomer composites are extending the field of soft robotics by integrating the
flexibility of elastomers with the versatile performance of magnetic materials. In this work, a …

The introduction of metamaterials has provided new possibilities to manipulate the
propagation of waves in different fields of physics, ranging from electromagnetism to …

In this work, we study the role of visco-(hyper) elasticity in the microstructural buckling of soft
laminates under compressive loads. We find that the onset of buckling is related to the …