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We experimentally measure, by means of time-resolved photoluminescence spectroscopy, a 15-fold enhancement of the spontaneous emission decay rate of single semiconductor quantum dots coupled to disorder-induced Anderson-localized modes with efficiencies reaching 94%.
Self‐assembly techniques are widely used to grow ordered structures such as, for example, opal‐based photonic crystals. Here, we report on photonic glasses, new disordered materials obtained via a modified self‐assembling technique. These random materials are solid thin films which exhibit rich novel light diffusion properties originating from the optical properties of their building blocks. This...
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