The sustainable production of clean energy constitutes one of the most important scientific
challenges of the 21st century. Currently, the major part of the global energy supply is …

Catalysts for the oxidation of H2O are an integral component of solar energy to fuel
conversion technologies. Although catalysts based on scarce and precious metals have …

We report the visible-light-promoted photocatalytic activity of a highly porous carbazolic
organic framework, Cz-POF-1, toward three prototypic organic transformations: net reductive …

A new synthetic method to fabricate Ti3+‐modified, highly stable TiO2 photoanodes for H2O
oxidation is reported. With Ti foil as both the conducting substrate and the Ti3+/Ti4+ source …

The oxygen evolution reaction (OER) is a key bottleneck step of artificial photosynthesis and
an essential topic in renewable energy research. Therefore, stable, efficient, and economical …

Herein, transition metal chalcogenides of pristine cobalt sulfides are rationally designed to
act as robust bifunctional photocatalysts for visible‐light‐driven water splitting for the first …

Water splitting, leading to hydrogen and oxygen in a process that mimics natural
photosynthesis, is extremely important for devising a sustainable solar energy conversion …

Water oxidation is the key step in both natural and artificial photosynthesis to capture solar
energy for fuel production. The design of highly efficient and stable molecular catalysts for …

The development of earth‐abundant, active, and stable catalysts is important for solar
energy conversion. Metal‐organic frameworks (MOFs) have been viewed as a promising …

Although the {CaMn4O5} oxygen evolving complex (OEC) of photosystem II is a major
paradigm for water oxidation catalyst (WOC) development, the comprehensive translation of …