Asymmetric catalysis represents a cornerstone of chemical research,enabling the efficient and selective synthesis of optically pure chiral compounds from prochiral precursors[1-7].Nonetheless,single-catalyst systems f...Asymmetric catalysis represents a cornerstone of chemical research,enabling the efficient and selective synthesis of optically pure chiral compounds from prochiral precursors[1-7].Nonetheless,single-catalyst systems frequently encounter limitations,including restricted substrate scope and suboptimal efficiency,thereby necessitating the pursuit of alternative strategies.展开更多
基金supported by the National Key R&D Program of China(2022YFA1503300)the National Natural Science Foundation of China(Grant no.22471273)。
文摘Asymmetric catalysis represents a cornerstone of chemical research,enabling the efficient and selective synthesis of optically pure chiral compounds from prochiral precursors[1-7].Nonetheless,single-catalyst systems frequently encounter limitations,including restricted substrate scope and suboptimal efficiency,thereby necessitating the pursuit of alternative strategies.
