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Double‐membrane disordered dielectric devices with embedded quantum dots allow reversible and large spectral tuning of localized random photonic modes at telecom wavelengths with mechanical and electric techniques. The tuning of hundreds of modes per device, sparse over a large spectral range, is achieved by Dario Balestri and co‐workers in article number 1807274 without changing the mode spatial...
Random dielectrics defines a class of non‐absorbing materials where the index of refraction is randomly arranged in space. Whenever the transport mean free path is sufficiently small, light can be confined in modes with very small volume. Random photonic modes have been investigated for their basic physical insights, such as Anderson localization, and recently several applications have been envisioned...
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