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Advance of photonics media is restrained by the lack of structuring techniques for the 3D fabrication of active materials with long‐range periodicity. A methodology is reported for the engineering of tunable resonant photonic media with thickness exceeding the plasmonic near‐field enhancement region by more than two orders of magnitude. The media architecture consists of a stochastically ordered distribution...
In article number 2002471, Antonio Tricoli and co‐workers use the scale‐invariant features of fractals obtained by Brownian motion for the realization of a tunable family of photonic metamaterials consisting of a 3D distribution of plasmonic and semiconductor nanoparticles. The short‐ and long‐range periodicity of these fractal metamaterials enables advanced light–matter–fluid interaction and, when...
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