Quantum dot core–shell structures are essential to superior optical properties. However, Cd-
based quantum dots grown from wurtzite CdSe cores still suffer from irreproducibility due to …

We report on the “flash” synthesis of CdSe/CdS core–shell quantum dots (QDs). This new
method, based on a seeded growth approach and using an excess of a carboxylic acid …

The one‐pot synthesis of core/shell quantum dots (QDs) represents an attractive alternative
to conventional synthesis techniques, where the core CdSe QDs are first purified and then …

A facile and reproducible method for scalable synthesis of high‐quality core/shell quantum
dots (QDs) is a prerequisite to facilitate their versatile applications. Herein, a seed‐mediated …

Core/thick-shell giant quantum dots (gQDs) possessing type II electronic structures exhibit
suppressed blinking and diminished nonradiative Auger recombination. We investigate …

In recent, the quantum yield (QY) and stability of green quantum dots (QDs) have been
significantly improved. However, most of the progresses were achieved by using alloyed …

We demonstrate a single-step synthetic method for highly luminescent (ie, quantum yield up
to 80%) and stable quantum dots (QDs) by using the reactivity difference between Cd and …

Quantum dots with narrow emission line width have persistently received attention for their
applications in biological imaging, lasers and next-generation displays. We herein report a …

Shell is of great significance to the enhancement in the photoluminescence quantum yield
(PLQY) and stability of core–shell-type quantum dots (QDs). InP/ZnS core–shell QDs without …

We developed a single-step hot-injection process to synthesize Cd1− xZnxSe quantum dots
(QDs) with tunable emission wavelengths. The multiple emission colors of the Cd1− xZnxSe …