Optically injected free carriers in time-varying dielectric metasurfaces produce persistent nanoscale magnetization supported by residual circulating currents that lasts several optical cycles.
Perturbation theory for anis otropic dielectric inter- faces, and application to subpixel smoothing of discretized numeri cal methods
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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.