Recently, the investigation of chiral nanoligand for asymmetric synthesis is getting much importance. These nanoligands offer a powerful method for the preparation of optically active molecules that can act as precursors for other useful organic compounds.1,2 In the other hands, the magnetic property, separation effect, and the high activity during cyclic utilization of Fe3O4 nanoligand are evaluated and indicated they could be used in various organic reactions.3
