3 articles
University of Chicago chemist Mark D. Levin achieved a breakthrough in skeletal editing, enabling versatile carbon-to-nitrogen swaps in complex molecules to aid pharmaceutical lead optimization. Publi
University of Chicago researchers developed a novel skeletal editing technique to synthesize pyrrole compounds from isoxazoles, with findings published in Nature and presented at the ACS Fall 2026 mee
University of Chicago researchers have developed a scalable, cost-effective colloidal synthesis method for uniform metal nitride nanocrystals. This breakthrough enables applications in flexible electr
ChemBrief