The classical Au (I)/Au (III) redox couple chemistry has been limited to constructing C–C and
C–X bonds, and thus, the exploration of the elementary reaction of gold redox coupling is …

Herein, we disclose the first report on gold‐catalyzed C (sp2)‐CN cross‐coupling reaction
by employing a ligand‐enabled Au (I)/Au (III) redox catalysis. This transformation utilizes …

A highly efficient dehydrogenative carbonylative esterification of allenoic acids using Pd-
catalysis was developed, providing a novel approach to synthesizing esterified γ …

A method for the tandem cyclization/alkynylation of allenoates with iodoalkynes via gold
catalysis under light irradiation is described. This transformation features a broad substrate …

Devising advanced protocols to avoid harsh oxidants is of paramount interest in gold
catalyzed redox reactions. To address this issue, electrochemical oxidation of precatalytic …

The high oxidation potential of Au (I)/Au (III) redox couple renders the development of gold‐
catalyzed cross‐coupling reactions highly challenging. In the pursuit of Au (I)/Au (III) redox …

A gold-catalyzed C (sp3)–C (sp2) Suzuki–Miyaura coupling reaction facilitated by ligand-
enabled Au (I)/Au (III) redox catalysis was developed. The cross-coupling of alkyl …

An electrochemical synthesis of gold (I)‐N‐heterocyclic carbene (Au‐NHC) complexes has
been developed. The electrochemical methodology uses only imidazolium salts, gold metal …

Computational photochemistry provides a description of light-induced chemical phenomena
reaching the molecular size-scale and femtosecond time-scale resolutions. In the period …

Herein, we have disclosed the gold-catalyzed 1, 2-carboxyarylation of alkenes through the
ligand enabled Au (I)/Au (III) catalysis. Unlike other approaches for arylative functionalization …