A time-Floquet analytical framework is presented for nonreciprocal time-modulated devices using two-state nanoplasma switches, with a 100 GHz isolator example studied analytically and via full-wave simulations.
For a time-modulated system, the energy in the general case is not conserved even in the absence of losses, so this coefficient may be larger than 1
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2026 1verdicts
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Towards compact high-frequency nonreciprocal devices using nanoplasma-switched time-varying metasurfaces
A time-Floquet analytical framework is presented for nonreciprocal time-modulated devices using two-state nanoplasma switches, with a 100 GHz isolator example studied analytically and via full-wave simulations.