An analytic inverse-design framework for temporal metamaterials yields closed-form refractive-index modulations from prescribed rational reflection and transmission responses by leveraging space-time duality and one-dimensional spatial inverse scattering theory.
Engheta, Metamaterials with high degrees of freedom: Space, time, and more, Nanophotonics 10, 639 (2021)
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Analytic Inverse Design of Temporal Metamaterials via Space-Time Duality
An analytic inverse-design framework for temporal metamaterials yields closed-form refractive-index modulations from prescribed rational reflection and transmission responses by leveraging space-time duality and one-dimensional spatial inverse scattering theory.