Cobaloxime complexes gained attention for their intrinsic ability of catalytic H2 production
despite their initial emergence as a vitamin B12 model. The simple, robust, and synthetically …

Artificial photosynthetic systems can collect and transform solar energy into chemical
energy. Inspired by natural photosynthesis, molecular artificial systems are commonly …

An earth-abundant photocatalytic system composed of an organic TADF photosensitizer and
a simple terpyridine–Fe (III) complex was developed for CO2 reduction. In the presence of …

The photocatalytic reduction of water to form hydrogen gas (H2) is a promising approach to
collect, convert, and store solar energy. Typically, ruthenium tris (bipyridine) and its many …

Photocatalytic hydrogen (H2) evolution, particularly though water reduction, presents an
enticing alternative to current fossil fuel intensive methods of hydrogen production. While …

Heteroleptic ruthenium (II) complexes featuring donor functionalized phenyl‐terpyridine (ph‐
tpy) and a monocarboxylic‐(ph‐tpy)/(tpy) are synthesized and characterized. Reactions of …

The photocatalytic production of hydrogen peroxide from water and oxygen using solar
energy presents a promising approach. Nevertheless, challenges persist regarding the …

The reaction of S, S′‐bis (2‐pyridylmethyl)‐1, 2‐thiobenzene and CoCl2 affords a water‐
soluble cobalt (II) complex,[(bptb) CoCl2], which has been characterized using various …

In this study, we report two dinuclear Ru (II) complexes C1 and C2 and compare them to
their mononuclear analogues Ref1 and Ref2. The dinuclear species exhibit a much stronger …

The ever-persisting problem of energy crisis can be mitigated with renewable energy
research leading to green energy sources, eg, hydrogen. This work introduces explicitly …