Metasurfaces supporting multiple transparency windows of different resonance origins are
desired in many applications because different resonance effects exhibit different …

We investigate an all-dielectric metasurface to mimic the electromagnetically induced
transparency-like phenomenon in the microwave. The unit cell is comprised of two hollow …

This work proposes and theoretically demonstrates a double electromagnetic induced
transparency resonance generated by a novel dielectric metasurface consisting of a periodic …

The analogue of electromagnetically induced transparency (EIT-like) and
electromagnetically induced reflectance (EIR-like) effects have been intensively studied and …

This work proposes and theoretically demonstrates a double electromagnetic induced
transparency resonance generated by a novel dielectric metasurface consisting of a periodic …

Based on a bright–dark–bright coupling model, a classical analog of an integrated
electromagnetically induced transparency (EIT) metasurface at a microwave frequency band …

The control of resonant metasurface for electromagnetically induced transparency (EIT)
offers unprecedented opportunities to tailor lightwave coupling at the nanoscale leading to …

Artificially engineered all-dielectric configurations have received growing attention in the
past decades owing to their unique properties in facilitating low-loss and efficient …

A windmill-like metasurface featuring a polarization-independent electromagnetically
induced transparency (EIT) at microwave frequencies is numerically and experimentally …

The active control of electromagnetic response in metamaterial and mutual coupling
between resonant building blocks is of fundamental importance in realizing high-quality …