Jonathan Z. Gehman
Papers
1
Total Citations
6
H-Index
1
About
Jonathan Z. Gehman is a researcher specializing in lunar communications and electromagnetic wave propagation, with a focus on enabling high-data-rate links for NASA’s Artemis Program. His most-cited work, “Lunar propagation modeling using 2D Parabolic Wave and 3D Ray Tracing Solvers at 1.8 GHz” (2021), tackles a critical challenge for human exploration of the lunar South Pole: minimizing communication delays and data bottlenecks in extreme environments. By comparing two advanced modeling approaches—2D parabolic wave and 3D ray tracing solvers—Gehman provides foundational insights into signal behavior over the Moon’s rugged terrain. This work has garnered 6 citations, reflecting its relevance to mission planners and engineers designing robust lunar networks. His contributions bridge computational electromagnetics and space systems, offering practical tools for optimizing antenna placement and link budgets. Gehman’s research is pivotal as Artemis pushes toward sustained lunar presence, ensuring that explorers can rely on seamless, high-bandwidth connections for safety and science. His modeling techniques are poised to influence future lunar infrastructure, from base stations to rovers, making him a key voice in the emerging field of extraterrestrial communications engineering.
Research Focus
Key Achievements
Top Papers
- 1