Heterostructure materials have attracted increasing attention in optics, medicine,
optoelectronics, and electromagnetics, owing to the combination of remarkable properties of …

Abstract I–III–VI multinary semiconductors, which have low toxicity, are attracting much
attention as quantum dot (QD) materials for replacing conventional binary semiconductors …

Photocatalytic hydrogen (H 2) production is a cascade reaction that involves multiple limiting
steps, such as light-harvesting, charge separation and transfer, redox reaction rate, and so …

The separation and transfer of photogenerated carriers in semiconducting materials are
essential processes that determine the efficiency of optoelectronic devices and …

As an important lanthanide (Ln)‐based functional materials, the Ln chalcogenides possess
unique properties and various applications. However, the controllable synthesis of Ln …

Exploiting highly efficient, noble metal-free, and ultra-small H2-evolution cocatalysts is
crucial to promoting the photocatalytic water splitting reaction. Herein, ultra-small non …

Unsaturated S atoms on exposed edges of MoS2 are demonstrated to be critical H2-
generation active sites, and the strategy to fabricate a MoSx cocatalyst with a small size is …

Hydrogen energy is a powerful and efficient energy resource, which can be produced by
photocatalytic water splitting. Among the photocatalysis, multinary copper-based …

Chains of alternating semiconductor nanocrystals are complex nanostructures that can offer
control over photogenerated charge carriers dynamics and quantized electronic states. We …

Photocatalytic hydrogen evolution is one of the most promising approaches for efficient solar
energy conversion. The light-harvesting ability and interfacial structure of heterostructured …