Simulations show a tilted silicon quadrumer metasurface produces a tunable collective EIT-like transparency window from coupling two quasi-bound states in the continuum, enabling slow light and refractive index sensing.
Symmetry-protected dual bound states in the continuum in metamaterials,
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Tunable collective electromagnetic induced transparency-like effect due to coupling of dual-band bound states in the continuum
Simulations show a tilted silicon quadrumer metasurface produces a tunable collective EIT-like transparency window from coupling two quasi-bound states in the continuum, enabling slow light and refractive index sensing.