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Metasurfaces play a key role in functionalizing light at the nanoscale.Existing dielectric metasurfaces, however, are often limited to geometricprimitives and their usage in emergent hybrid metasurfaces is hampered asconfinement of light occurs only in their interior. Taking inspiration frombiophotonic systems in nature, we introduce a new class of hybrid metasurfaces,which combine ordered and disordered elements. While the ordered phase relieson non-reciprocal meta-atoms - whose breaking of the out-of-plane symmetryenables the confinement of visible light in air, the disordered phase exploitsglobal plasmonic network modes and their ability to localize energy atnanometric scales. By generating configurable structural colors withextra-ordinary resolution, we demonstrate that coupling of these elementsprovides a new dimension in the design space. We showcase that control of thelocal light-matter interaction enables the creation of intricate, customizableoptical patterns, which open new avenues for information encoding andhigh-security features.

Hybrid resonant metasurfaces with configurable structural colors