James W. Taylor

Papers

Total Citations

221

H-Index

About

James W. Taylor is a pioneering researcher at the intersection of synthetic chemistry, origins of life science, and artificial intelligence, with a focus on protocell systems and chemical evolution. His most celebrated work, "Evolution of oil droplets in a chemorobotic platform" (2014, 123 citations), broke new ground by demonstrating that Darwinian-like evolution could be physically embodied in chemical systems — specifically oil droplet populations — rather than confined to biological organisms or digital simulations. This landmark study established a new paradigm for understanding how evolvable chemical entities might arise and adapt. Building on this foundation, Taylor has made significant contributions to the study of protocells as models for life's origins. His 2017 paper on autonomous protocell division coupled with molecular replication (59 citations) addressed one of the central puzzles in origin-of-life research: how compartmentalization and molecular replication become linked. His subsequent 2018 work (39 citations) demonstrated how artificial intelligence can be deployed to explore and predict the complex, collective behaviors of protocell systems — a methodological innovation that accelerates discovery in this notoriously unpredictable field. Collectively, Taylor's research bridges chemistry, robotics, and machine learning to illuminate how life-like complexity can emerge from simple chemical beginnings.