Thomas J. Miller

University of Maryland, College Park, Glenn Research Center

Papers

Total Citations

H-Index

About

Thomas J. Miller’s research spans the frontiers of microfluidics and space propulsion, demonstrating a rare versatility in engineering innovation. His most cited work, “Electroosmotically driven microfluidic actuators” (2009), has garnered 31 citations and represents a significant contribution to lab-on-a-chip technologies, where precise fluid control at the microscale is critical for biomedical and chemical analysis. Miller’s earlier, foundational paper, “Planning for the space exploration initiative: The nuclear propulsion option” (1991), earned 9 citations and helped shape strategic thinking for NASA’s ambitious lunar and Mars exploration goals. In this work, he articulated how nuclear propulsion could dramatically reduce travel times and mission costs, offering a practical pathway for human and robotic spaceflight. Miller’s ability to bridge fundamental physics with applied engineering—from electrokinetic flows to nuclear thermal rockets—marks him as a forward-thinking researcher. His contributions continue to influence both terrestrial microsystems and the future of deep-space travel, inspiring students and engineers to tackle grand challenges across scales.