J. Getino
Papers
2
Total Citations
36
H-Index
2
About
J. Getino has made foundational contributions to the orbital and rotational dynamics of the Moon, particularly in the context of sub-centimeter lunar laser ranging (LLR). Their research focuses on refining the theoretical models that underpin the Moon's motion and orientation, enabling unprecedented precision in geophysics and selenodesy. Getino’s most cited work, a 2008 study on the prospects of sub-centimeter LLR, has garnered over 36 citations, highlighting its influence in advancing the accuracy of lunar ephemerides and rotational dynamics. This work is critical for interpreting LLR data, which tests general relativity, probes the Moon's interior structure, and improves Earth-Moon system dynamics. Getino’s contributions are essential for next-generation lunar missions and fundamental physics experiments, bridging celestial mechanics and observational astronomy. Their research continues to shape the field, offering a roadmap for exploiting sub-centimeter ranging to unlock new insights into the Moon’s evolution and gravitational physics.
Research Focus
Key Achievements
Top Papers
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