The invention of the laser in 1960 gave us the ruby laser, which generally produced chaotic
pulses of light. Six years later, in 1966, a concept called passive mode-locking applied to …

The production of hydrogen gas using water as the molecular substrate currently represents
one of the most challenging and appealing reaction schemes in the field of artificial …

Molecular design to improve catalyst performance is significant but challenging. In enzymes,
residue groups that are close to reaction centers play critical roles in regulating activities …

High-throughput synthesis and screening methods were used to measure the
photochemical activity of 1440 distinct heteroleptic [Ir (C^ N) 2 (N^ N)]+ complexes for the …

A mechanistic understanding of electro-and photocatalytic CO2 reduction is crucial to
develop strategies to overcome catalytic bottlenecks. In this regard, for a new CO2-to-CO …

Structural modifications of molecular cobalt catalysts have provided important insights into
the structure–function relationship for the hydrogen evolution reaction. We have shown that …

Previous work has shown that introduction of hexafluoroacetylacetone (Facac) units as
nonstructural ligands for the zirconia-like nodes of the eight-connected metal–organic …

High-throughput synthesis and screening (HTSS) methods were used to investigate the
photophysical properties of 576 heteroleptic Rh (III) transition-metal complexes through …

The chemical inertness of abundant and commercially available alkyl chlorides precludes
their widespread use as reactants in chemical transformations. Presented in this work is a …

A catalytic system based on earth-abundant elements that efficiently hydrogenates aryl
olefins using visible light as the driving-force and H2O as the sole hydrogen atom source is …