In recent years, nanodiamonds (NDs) have emerged as a versatile and remarkable
nanomaterial, garnering significant attention across various technological domains. This …

Metasurfaces have the ability to control classical and non‐classical states of light to achieve
controlled emission even at the level of a single emitter. Here, the Kerker condition induced …

In this work, the nitrogen vacancy (NV) luminescence properties and their phonon
sidebands in both high and low nitrogen diamonds after electron irradiation and subsequent …

Deterministic optical manipulation of fluorescent nanodiamonds (FNDs) in fluids has
emerged as an experimental challenge in multimodal biological imaging. Designing and …

The advent of photonic crystals has made possible the idea of controlling flows of light,
which has revolutionized photonics-based technology. Photonic crystals are constructed …

We present an optical study of the spontaneous emission of lead sulfide (PbS) nanocrystal
quantum dots in 3D photonic band gap crystals made from silicon. The nanocrystals emit in …

Triplet state modification in organic phosphorescence molecules for a desired color and
quantum yield is typically pursued by chemical modification. A facile methodology is …

We demonstrate that a background-free readout of two-photon fluorescence from nitrogen-
vacancy (NV) centers in a strongly fluorescing environment can be accomplished by all …

Dielectric metasurfaces with unique possibilities of manipulating light–matter interaction
lead to new insights in exploring spontaneous emission control using single quantum …

We study the extent of spontaneous emission inhibition in self-assembled photonic crystals
where the light path is routinely affected by unavoidable imperfections of the crystal and its …