R. E. Jacobsen
Papers
1
Total Citations
2
H-Index
1
About
R. E. Jacobsen is a planetary scientist whose research focuses on the exploration of extraterrestrial aqueous environments, particularly Titan’s methane lakes, and the development of autonomous lake lander technology. Their most notable contribution is the Planetary Lake Lander (PLL) project, which deploys and remotely operates a terrestrial lake lander to simulate the challenges of exploring Titan’s hydrocarbon seas. This work directly addresses critical design issues for future planetary lake missions, including payload constraints, system autonomy, and operational solutions in extreme environments. By using Earth’s deglaciating lakes as analogs, Jacobsen’s research also sheds light on how climate-driven changes affect planetary lake systems, bridging astrobiology and planetary geology. While their most-cited paper (2018) has garnered 2 citations, its significance lies in its practical, technology-driven approach to enabling future NASA-class missions like a Titan lake lander. Jacobsen’s work is instrumental in advancing in situ exploration of ocean worlds, demonstrating how terrestrial analog studies can mitigate risks and inform the engineering of next-generation planetary probes.
Research Focus
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Top Papers
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