Silicon-organic-hybrid metasurface with dimerized-grating nanostructures achieves sub-volt high-speed modulation via high-Q quasi-bound state in the continuum.
Damgaard-Carstensen, T
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A triple-ring FR-4 metasurface is simulated to claim −30 to −40 dB monostatic RCS reduction, beam steering, and surface-wave guiding across 50–100 GHz, but the reported reflection amplitude and phase are those of a uniform copper-like surface, contradicting the claimed mechanism.
citing papers explorer
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Subvolt high-speed free-space modulator with electro-optic metasurface
Silicon-organic-hybrid metasurface with dimerized-grating nanostructures achieves sub-volt high-speed modulation via high-Q quasi-bound state in the continuum.
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Ultra-BroadBand Electromagnetic Control Using a Triple Circular Ring Metasurface: Surface Wave Propagation, Beam Steering, and RCS reduction (50-100 Ghz)
A triple-ring FR-4 metasurface is simulated to claim −30 to −40 dB monostatic RCS reduction, beam steering, and surface-wave guiding across 50–100 GHz, but the reported reflection amplitude and phase are those of a uniform copper-like surface, contradicting the claimed mechanism.