Magic-sized nanoclusters have gained tremendous attention from researchers as they offer
applicability in a variety of fields ranging from chemistry and physics to electronics. The first …

Semiconductor magic-size clusters (MSCs), especially II–VI group compounds, are popular
materials in nanoscience research due to their unique electronic structures and optical …

Nanoclusters are nanostructures consisting of few to tens of atoms which have attracted
great interest from the scientific community due to their applications in a myriad of fields …

Magic-sized clusters (MSCs) of semiconductor are typically defined as specific molecular-
scale arrangements of atoms that exhibit enhanced stability. They often grow in discrete …

Magic-sized clusters (MSCs) are kinetically stable, atomically precise intermediates along
the quantum dot (QD) reaction potential energy surface. Literature precedent establishes …

Atomic-level structure characterization is central to the science and engineering of materials.
However, the crystal structure determination of magic-sized nanoclusters (MSCs), typical …

The field of isomerization reactions for colloidal semiconductor magic-size clusters (MSCs)
remains largely unexplored. Here, we show that MSCs isomerize via two fundamental …

A fundamental understanding of formation pathways is critical to the controlled synthesis of
colloidal semiconductor nanocrystals. As ultrasmall‐size quantum dots (QDs) sometimes …

Ion exchange is an effective postsynthesis strategy for the design of colloidal nanomaterials
with unique structures and properties. In contrast to the rapid development of cation …

Colloidal nanomaterials of metals, metal oxides, and metal chalcogenides have attracted
great attention in the past decade owing to their potential applications in optoelectronics …