Atomically precise gold clusters are highly desirable due to their well‐defined structure
which allows the study of structure–property relationships. In addition, they have potential in …

Photocatalysis has been regarded as an emerging technology to convert renewable solar
energy to chemical fuels, providing unprecedented opportunities for solving the deteriorating …

With accelerating consumption of nonrenewable energy resource, mankind is currently
facing the dilemma of energy crisis and global warming caused by excessive greenhouse …

Atomically precise metal nanoclusters (NCs) have emerged as a pivotal sector of metal
nanomaterials due to their unique atomic stacking mode, quantum confinement effect and …

Crafting spatially controllable charge transfer channels at the nanoscale level remains an
enduring challenge in solar‐to‐chemical conversion technology. Despite the advancements …

In recent years, atomically precise metal nanoclusters (NCs) have demonstrated fascinating
applicability in solar energy conversion due to their unique atomic stacking arrangements …

Atomically precise thiolate-capped metal nanoclusters (NCs), as a recently developed
category of metal nanomaterials, show emerging potential in solar energy harvesting and …

Au nanoclusters (NCs) bring new opportunities for constructing visible-light photocatalysts
for solar-driven CO 2 conversion, whereas the agglomeration under illumination and lack of …

Conjugated polymers are deemed as conductive carrier mediators for engendering the π
electrons along the molecular framework, while the role of nonconjugated insulated …

Photocatalysis is a widely recognized green and sustainable technology that can harness
inexhaustible solar energy to carry out chemical reactions, offering the opportunity to …