NMR

Application-specific nanomaterials with longer lifetime can be developed with the aid of interdisciplinary sciences. For that, exploring different synthetic methods and conditions is necessary. Moreover, designing the  surface ligands with required functionalities is considered the key for stabilization and solubility as well as target binding and different applications. Modification of surface ligands at surface of metal NPs and quantum dots (QDs) opens the door of numerous opportunities in terms of applications.

The use of NMR methods based on quantum mechanics to complement and guide the assignment of connectivity and stereochemistry of natural and artificial products has grown significantly. One of the unresolved challenges relates to the incorrect calculation of the conformational map of flexible molecules containing functional groups capable of generating a complex network of intramolecular hydrogen bond (IHB) interactions.