K. W. Lewis
Papers
2
Total Citations
19
H-Index
2
About
K. W. Lewis is a planetary robotics and instrumentation researcher whose work bridges the gap between extreme terrestrial environments and extraterrestrial exploration. Their primary research areas include alternative locomotion for planetary rovers and high-contrast astronomical imaging. Lewis’s most impactful contribution is their 2022 study on the feasibility of non-wheeled ground robots for traversing sandy and rocky extraterrestrial terrain, a paper that has garnered 17 citations for its critical rethinking of rover design beyond traditional wheeled platforms. This work directly addresses the limitations of current Mars and lunar rovers, proposing novel mechanical solutions for challenging off-world surfaces. More recently, Lewis has been involved with the PLANETS project, a 1.8-meter off-axis telescope designed for low-scattering, high-contrast imaging and spectroscopy. This instrument aims to directly observe faint emissions around bright celestial bodies—a notoriously difficult task in astronomy. By contributing to the development of this cutting-edge optical system, Lewis is helping to push the boundaries of exoplanet and circumstellar disk characterization. Their dual focus on ground-based mobility and space-based optics marks them as a versatile engineer advancing both robotic exploration and astronomical discovery.
Research Focus
Key Achievements
Top Papers
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