Stephen Mann

Shanghai Jiao Tong University, University of Bristol

Papers

Total Citations

128

H-Index

About

Stephen Mann is a pioneer in the field of synthetic protobiology and bottom-up synthetic biology, with a focus on constructing life-like materials from non-living components. His research centers on the design of protocells, artificial organelles, and chemically communicating micro/nano-systems that mimic biological processes such as self-organization, feedback, and motility. Mann’s major contributions include the development of enzyme-containing polymersomes and colloidosomes that can chemically communicate, self-sort, and exhibit dynamic co-clustering—key steps toward autonomous, interactive protocell communities. His highly cited work on “Photoswitchable gating of non-equilibrium enzymatic feedback in chemically communicating polymersome nanoreactors” (117 citations) demonstrates how light can control out-of-equilibrium metabolic oscillations, a landmark achievement in artificial circadian-like systems. More recently, his group has engineered chemomechanical self-oscillatory microgels capable of autonomous motility in stratified chemical media, advancing the design of soft robotic systems. With a career spanning over three decades, Mann has received numerous accolades, including a Royal Society Research Professorship, and his work continues to inspire new directions in synthetic biology, soft robotics, and the origins of life.