Prof. Shuguang Zhang

Shuguang Zhang invented whole categories of science and industries. While at MIT, he discovered that short peptides, tiny fragments of protein, can spontaneously organize themselves into stable, ordered structures. That observation became the foundation of molecular self-assembly with designer peptides, a discipline now practiced in laboratories on every continent and taught as a cornerstone of modern biomaterials science.

What sets his career apart is how relentlessly that one idea has been pushed into the real world. His designer peptide scaffolds give nerve and stem cells a place to grow, his hydrogels repair cartilage and tissue, one of his materials halts bleeding in seconds, and his QTY code rewrites notoriously difficult membrane proteins into water-soluble forms that drug discovery can finally work with. Each of Shuguang's advances has spun off patents, products, and companies. Basic science translated, again and again, into tools other people can use.

The recognition has matched the reach. He is a John Simon Guggenheim Fellow and a recipient of the Wilhelm Exner Medal, an Austrian honor for scientists whose work transforms industry. The medal has gone to the builders of modern communications and transportation: Guglielmo Marconi, the leaders of Volkswagen, Porsche and Bosch. Add to that election to academies of science across Europe, Asia and the Americas, dozens of patents, and a research record spanning hundreds of journal papers. The full record is below, beginning with the headlines his research has made, followed by his positions, honors, patents, and publications.