Among the vast array of transition metal complexes which have been previously reported,
organometallic compounds based on iridium (III) and relevant metal complexes have been …

Driven by population and quality of living increases, the global consumption of energy is
expected to dramatically increase over the course of the century. To avoid meeting this …

Among all molecules developed for anticancer therapies, photodynamic therapeutic agents
have a unique profile. Their maximal activity is specifically triggered in tumors by light, and …

The rich chemistry, low cost and availability offered by first-row transition metals have
inspired many researchers to focus on the design, preparation and testing of a wide plethora …

Three iridium photosensitizers,[Ir (dCF3ppy) 2 (N–N)]+, where N–N is 1, 4, 5, 8-
tetraazaphenanthrene (TAP), pyrazino [2, 3-a] phenazine (pzph), or benzo [a] pyrazino [2, 3 …

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 …

The direct utilization of the full solar spectrum to obtain renewable fuels remains a challenge
because the conversion of the low-energy light (red and near-infrared) is difficult. Current …

Cobaloximes are promising, earth‐abundant catalysts for the light‐driven hydrogen
evolution reaction (HER). Typically, these cobalt (III) complexes are prepared in situ or …

With the depletion of fossil fuels and an increase in global warming, developing clean and
sustainable energy resources is imperative. Among the different possible eco-friendly …

A single molecular rhodium catalyst system (PC2-Cp# RhIII) bearing two functional domains
for both photosensitization and C–H carbometalation was designed to enable an …