J. Shasho

Papers

Total Citations

H-Index

About

J. Shasho is a pioneering figure in planetary exploration, specializing in the development of innovative robotic systems for extraterrestrial surface and subsurface investigation. Their primary research focuses on heat flow measurement technologies and the mechanical design of penetrometers for lunar and planetary missions. Shasho’s most notable contribution is the seminal work "Pneumatic and Percussive Penetration Approaches for Heat Flow Probe Emplacement on Robotic Lunar Missions" (2013), which has garnered 21 citations. This paper introduced novel hybrid penetration methods—combining pneumatic and percussive mechanisms—to reliably emplace heat flow probes into the lunar regolith, addressing a critical challenge for future in-situ thermal measurements. The approach directly supports NASA’s objectives for understanding the Moon’s thermal evolution and resource potential. Shasho’s research has been instrumental in advancing robotic drilling and anchoring technologies, with implications for missions to the Moon, Mars, and asteroids. Their work is widely referenced in planetary science and robotics engineering communities, demonstrating lasting impact on the design of autonomous subsurface instruments. Shasho continues to contribute to the field through collaborative projects aimed at enabling long-duration, heat-flow studies on airless bodies.