Proton‐coupled electron transfer (PCET) is studied in different research domains of
chemistry. Many reports involve biochemical processes. Although related phenomena have …

Catalytic transfer hydrogenation reactions, based on hydrogen sources other than gaseous
H2, are important processes that are preferential in both laboratories and factories …

Visible light-driven C–C bond formation has attracted increasing attention recently, thanks to
the advance in molecular photosensitizers and organometallic catalysts. Nevertheless …

Enantioselective α‐branched aldehyde Michael addition to N‐phenylmaleimide resulting in
non‐stereogenic quaternary carbon containing succinimides is common. Here we …

Titanium dioxide is a versatile heterogeneous catalyst. Absorption of light by a TiO2 particle
leads to the formation of an electron–hole pair. Electron transfer from or to the particle …

This microreview briefly summarizes recent developments in heterogeneous photoredox
catalysis, with a special focus on materials, reactors, and reaction design to optimize yields …

The photocatalytic selective reduction of 3‐nitrophenol to 3‐aminophenol was studied in the
presence of titanium dioxide in the form of various anatase and rutile compositions. The …

Heterogeneous semiconductor photoredox catalysis (SCPC), particularly with TiO 2, is
evolving to provide radically new synthetic applications. In this review we describe how …

Nitrogen-containing organic compounds possess the most important status in drug
molecules and agricultural chemicals. More than 80% currently used drugs have at least a …

The value of a specific substrate class for synthetic applications is greatly enhanced if
different types of reactions can be performed selectively upon a judicious choice of reaction …