Quaternary pyridinium compounds are valuable intermediates in organic synthesis, which
have gained immense popularity in the synthetic community. The application of transition …

During the past decade, photo-and electrochemical reactions proceeding via single-electron-
transfer (SET) triggered radical pathways have emerged as an indispensable strategy for the …

An Eosin Y-catalyzed visible light-promoted 1, 4-peroxidation–sulfonylation of enynones
was achieved to give tetrasubstituted allenes. The photoredox catalysis of Eosin Y allowed …

Contemporary methods for synthesizing thioesters often necessitate expensive catalysts and
harsh conditions, making their synthesis from chemical feedstocks challenging. Herein, we …

Cooperative bimetallic catalysis to access novel reactivities is a powerful strategy for
reaction development in transition-metal-catalyzed chemistry. Particularly, elucidation of the …

Develo** a green and efficient method for synthesizing vinyl sulfones is challenging and
highly desirable. We herein report a green, sustainable, and unprecedented …

Vinyl azides have emerged as highly versatile precursors in organic synthesis due to their
rich reactivity driven by the excellent leaving-group ability of molecular nitrogen. Over the …

Hydrogen atom transfer (HAT) reactions have gained a prominent space in organic
synthesis for allowing a straightforward approach towards CH bond activation for the …

The diverse utility of β-ketosulfones in pharmaceuticals and bioactive compounds has
generated considerable interest in their synthesis. However, existing synthetic approaches …

Highly complex fused systems are widely present in drug development. The direct
electrosynthesis of fused systems through radical domino reactions features higher atom …