Papers
18
Total Citations
842
H-Index
12
About
R. D. Lorenz is a versatile researcher whose career spans an impressive range of disciplines, from precision robotics and control systems to planetary science and space exploration. Early in his career, Lorenz made foundational contributions to robotics engineering, developing rigorous methodologies for friction identification and compensation in controlled mechanisms — work that garnered 175 citations and remains influential in precision positioning systems. He further advanced the field through direct-drive gripper design, acceleration feedback control, and the practical application of power electronics in robotics and automation. Lorenz subsequently pivoted toward planetary science and space systems, contributing to landmark missions and concepts. His involvement with the SuperCam instrument suite aboard NASA's Perseverance rover — now exceeding 322 citations — represents his most-cited contribution, advancing remote geochemical sensing on Mars. He has also investigated Martian atmospheric phenomena, publishing field studies of dust devils relevant to the InSight landing site selection. His visionary concepts include an airship explorer for Saturn's moon Titan and proposals for probing Venus's interior structure, reflecting a bold imagination for future exploration. His work on AI in space further demonstrates his broad systems-level thinking, making Lorenz a uniquely cross-disciplinary figure bridging engineering precision with frontier planetary science.
Research Focus
Key Achievements
Top Papers
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- 4Field Measurements of Terrestrial and Martian Dust Devils49 citations · 2016
- 5The Future of AI in Space40 citations · 2006
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- 7Robotics and automation applications of drives and converters27 citations · 2001
- 8Titan Airship Explorer25 citations · 2003
- 9
- 10Probing the Interior Structure of Venus22 citations · 2015