Organic Photoredox Reactions in Two-Molecule Photoredox System

Using our recent relevant results, this account shows the featured reactivities of two-molecule photoredox systems compared to one-molecule photoredox systems. The low efficiency of electron transfer processes, such as photoinduced and back-electron transfer, in the two-molecule photoredox system, furnishes unique products through different pathways. The facile replacement of photoredox catalysts with appropriate oxidation/reduction potentials in this system provides valuable insights into photoredox reactions. This account shows featured reactivities of two-molecule photoredox system using recent our results. The low efficiency of electron transfer processes in the two-molecule photoredox system furnished the unique products through the different pathway. A facile replacing photoredox catalysts in this system can provide the valuable insights for a photoredox reaction.image

Automated summary

Based on our recent results, this article explores the distinct reactivities of two-molecule photoredox systems compared to one-molecule photoredox systems. The inefficient electron transfer processes in the two-molecule system result in unique products through different pathways. The substitution of photoredox catalysts with appropriate oxidation/reduction potentials in this system provides valuable insights into photoredox reactions.