Typical applications of quantum light require optical sources which generate either
individual photons or entangled (correlated) photons. For the sake of practicality and …

Compact and reliable sources of non‐classical light could find many applications in
emerging technologies such as quantum cryptography, quantum imaging and also in …

The efficient generation of polarized single or entangled photons is a crucial requirement for
the implementation of quantum key distribution (QKD) systems. Self-organized …

Conclusion: We demonstrate that a submicron-size oxide aperture close to a low density
InAs QD layer allows us to pump electrically with only one single QD. This opens the …

Transition metal dichalcogenides (TMDs) are a promising solid-state platform for single
photon emission. The versatile fabrication methods afforded by their two-dimensional nature …

An electrically driven∼ 1.3 μ m single-photon source is demonstrated. The source contains
InAs quantum dots within a planar cavity light-emitting diode. Electroluminescence (EL) …

A novel light-emitting-diode structure is demonstrated, which relies on nanoscale current
injection through an oxide aperture to achieve selective excitation of single InAs/GaAs …

The cover depicts a micropillar microcavity containing a fluorescent organic dye, Lumogen
Red, the fabrication of which is described on p. 742 by Lidzey and co‐workers. The optical …

We report on the use of an aperture in an aluminum oxide layer to restrict current injection
into a single self-assembled InAs quantum dot from an ensemble of such dots within a large …

Laponite films provide versatile inorganic scaffolds with materials architectures that direct
the self-assembly of CdSe quantum dots (QDs or EviTags) and catalytic surfaces that …