Regular biography
Francesco Rizzuto is a prominent researcher in the field of chemical and molecular sciences, with a focus on structural DNA nanotechnology, coordination chemistry, and molecular self-assembly. His work explores the design and application of DNA-based nanomaterials for molecular printing, nanotechnology, and biomedical applications. Rizzuto has made significant contributions to the development of DNA-based systems that can be used for molecular recognition, self-assembly, and the controlled organization of molecules at the nanoscale. His research also includes the study of coordination cages, metal-organic frameworks, and their potential for applications in catalysis, sensing, and drug delivery. Rizzuto has published extensively in top-tier scientific journals, including *Journal of the American Chemical Society*, *Angewandte Chemie*, *Chem*, and *Nature Reviews Chemistry*. He has also been recognized for his innovative approaches to molecular design and his ability to bridge the gap between fundamental chemistry and practical applications in nanotechnology.
Scholar-generated biography
Felix J Rizzuto is a researcher at the University of New South Wales specializing in self-assembly and DNA nanotechnology. His work explores the design and synthesis of complex molecular structures through supramolecular interactions, with a focus on metal–organic cages and DNA-based nanomaterials. Rizzuto's research includes the development of systems for cooperative binding, structural evolution of DNA fibres, and the assembly of functional nanomaterials. His studies also integrate single-molecule methods to investigate structural DNA nanotechnology and the self-assembly of conjugated metallopolymers. His research has implications for drug delivery, molecular recognition, and the creation of advanced nanoscale materials.