The vigorous research on low-loss photonic devices has brought significance to a new kind
of electromagnetic excitation, known as toroidal resonances. Toroidal excitation, possessing …

Tunable slow light systems have gained much interests recently due to their efficient control
of strong light–matter interactions as well as their huge potential for realizing tunable device …

Interactions of terahertz radiations with matter can lead to the realization of functional
devices related to sensing, high-speed communications, non-destructive testing …

Surface plasmons, the resonant oscillations of conducting electrons at the interface of
negative and positive permittivity materials, pave the way for enhanced electromagnetic …

Magnetotransport, the magnetic field induced electron transport phenomenon through
metals and semiconductors, has proven to be a useful technique to tailor the properties of …

We theoretically demonstrate stacked-dipole-resonators–based (broadside near-field
coupling configuration) multilayer metasurfaces separated by a vanadium dioxide film to …

Tunable metasurfaces have attracted much attention recently, owing to their capability of
actively controlling electromagnetic waves. Here, we propose tunable graphene-metal …

In modern-day photonic integrated circuits, near-field Coulomb interaction plays an
important role in device performance. In fact, harvesting the Coulomb effect intelligently can …

The integration of active materials in terahertz (THz) metasurfaces is pivotal for the
realization of functional device applications in diverse fields like sensing, imaging …

The ubiquitous property of metamaterials to confine energy at deep-subwavelength scale
paves the way to leverage strong light (or terahertz)-matter interactions towards the …