It was first reported almost two decades ago that ligands with azo functions are capable of
accepting electron (s) upon coordination to produce azo-anion radical complexes, thereby …

A novel pyridyl-thiadiazole ligand has been designed, synthesized, and employed in the
preparation of a heterogeneous iridium catalyst supported on multi-hydroxyl polyhedral …

Achieving divergence in CH alkylation of substrates using feedstock chemicals is an
attractive paradigm to enable the production of diverse products from the same starting …

Herein, employing pincer like cobalt (II) complexes containing redox noninnocent azo‐
benzimidazole ligand a switchable and chemodivergent catalytic cross‐coupling of primary …

Despite the rich redox chemistry available for the azo motif, studies on its photochemical
activation and subsequent application in catalysis are scarce. We design a small organic …

The versatility of the perimidine moiety offers a rich playground for researchers in fields
ranging from medical science to industrial chemistry. Herein, we describe the first Co …

Herein, using azo-amine (H2L) and azo-imine (L1-3) ligands, singlet diradical Ni (II)
complexes [1] and [2] were synthesized from Ni (0)(COD) 2 in THF. In separate reactions …

Herein we report a sustainable approach for the alkylation of ketones, 9H‐fluorene,
oxindole, and indole using alcohols as the alkylating agent catalyzed by a well‐defined air …

Ruthenium (II) complexes [RuL (CO) Cl (PPh3) 2], 1a–4a, have been synthesized using
ligands PhNNC (Ar) NOH, HL 1–4, respectively, by varying the pendant aryl (Ar) groups. The …

The quest for highly active and efficient ligands in coordination polymer-based catalytic
applications is paramount. The new porous cross-linked polymer manganese composites …