2D material graphene has a wide range of applications in terahertz, most graphene modulation is performed with electrodes for gate voltage modulation or high-power laser pulse modulation. Here, we ...

Along with other material scientists, physicists and engineers, my research investigates what we describe as reconfigurable mechanical metamaterials. These are a class of re-programmable multipurpose ...

A novel metamaterial emits significantly more heat than it absorbs under a magnetic field, breaking Kirchhoff’s law.

Metamaterials (MTMs) claim a lot of attention worldwide. Description of the MTMs in terms of effective parameters is a simple and useful tool for characterisation of their electromagnetic properties.

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Kymeta Corporation is laying claim to having cracked the code for a multi-band, multi-orbit, multi-beam, multi-network ESA under lab testing.

A research team including members from the University of Michigan have unveiled a new observational technique that's sensitive to the dynamics of the intrinsic quantum jiggles of materials, or phonons ...

With their potential for spectacular applications, like superlensing and cloaking, metamaterials are a powerful class of nanostructured materials. All these applications rely on the metamaterials ...

We use split ring resonators (SRRs) at optical frequencies to study strong coupling between planar metamaterials and phonon vibrations in nanometer-scale dielectric layers. A series of SRR ...

Explore how metamaterials are revolutionizing architecture with acoustic invisibility, earthquake resilience, and energy harvesting solutions.

Recent research on structural dynamics has steered towards elastic metamaterials, as band gap phenomena can be explored to mitigate vibration. A challenge in their design is the determination of ...