Successors of SmI2: Next Generation Metal, Photo and Electro‐Catalysis for Reductive Organic Synthesis

Abstract Electron transfer plays a pivotal role in generating radical intermediates which are pillars of constructing complex molecular structure. Since the introduction by Kagan, SmI 2 played a key role in the single electron transfer mediated reductive transformations. Despite significant applications of SmI 2 in high profile synthesis of natural products, usage of SmI 2 was discoursed due to high molecular weight of reagent, less solubility and most importantly stoichiometric nature of the reactions. Recent years have witnessed a renaissance in photo‐and electro‐catalytic reactions which are more sustainable in nature. A handful of these reactions showed the potential to replace SmI 2 as more sustainable and greener alternative. This prospective article aims to demonstrate potential reducing systems to replace the use of SmI 2 .