The 2–3 nm size-selected glutathione-capped Ag–In–S (AIS) and core/shell AIS/ZnS
quantum dots (QDs) were produced by precipitation/redissolution from an aqueous colloidal …

Continuous flow synthesis of semiconductor quantum dots (QDs) holds the promise of being
highly reproducible, being scalable, and providing precise control of all reaction parameters …

AgInS2–ZnS solid solution quantum dots (QDs) prepared with varying Ag/Zn ratios
demonstrate composition-dependent photophysical properties. Absorption and emission …

Tremendous demands for simultaneous imaging of biological entities, along with the
drawback of photobleaching in fluorescent dyes, have encouraged scientists to apply novel …

Abstract Cd-free I-III-VI group semiconductor quantum dots (QDs) like Ag-In-S and Cu-In-S
show unstructured absorption spectra with a pronounced Urbach tail, rendering the …

Developing novel aqueous-soluble quantum dots (QDs) can create new opportunities for
better biological utilization. In the present work, novel, high emissive and biocompatible N …

With an aim to understand the mechanism of interaction between quantum dots (QDs) and
various metal ions, fluorescence response of less-toxic and water-soluble glutathione …

Quantum dots (QDs) have attracted attention for use in photovoltaic applications. However,
till now, QDs sensitized liquid junction solar cells (QDSCs) are primary concentrated on …

Nanocrystals of AgInS2 demonstrate giant Stokes shifts∼ 1 eV, the nature of which is still
not clearly understood. We propose a theoretical model of this phenomenon, bringing …

Brightly luminescent, composition-and size-selected aqueous Ag–In–S (AIS) and Zn-
diffused core/shell AIS/ZnS (ZAIS) quantum dots (QDs) were studied by high-throughput time …