Optically injected free carriers in time-varying dielectric metasurfaces produce persistent nanoscale magnetization supported by residual circulating currents that lasts several optical cycles.
(8) requires knowledge of the typically unknown pert urbed fields to predict the resonance frequency shift
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Generation and Enhancement of Persistent Nanoscale Magnetization in All-Dielectric Metasurfaces by Optically Injected and Localized Free Carriers
Optically injected free carriers in time-varying dielectric metasurfaces produce persistent nanoscale magnetization supported by residual circulating currents that lasts several optical cycles.