Applied Lunar Science

Applied Lunar Science provides integrated support for Artemis and Moon to Mars initiatives. Our deep expertise spans remote sensing, sample analysis, fieldwork, instrument development, planetary data, mission leadership, and public engagement — all in support of NASA's lunar and Martian exploration goals.

Planetary Geodesy

The Planetary Geodesy group analyzes spacecraft data — including radio, laser, and radiometry — to produce foundational products such as gravity fields, topographic maps, and illumination conditions. The group also supports mission planning through simulation studies and offers expertise in the creation and use of gravity, topography, and illumination datasets for scientific analysis and exploration.

Planetary Noble Gas Lab

Goddard's Planetary Noble Gas Lab Noble Gas Lab performs noble gas isotope measurements, including Ar-Ar and I-Xe radioactive dating for determining the formation ages of rocks and meteorites, and Ar/Kr/Ne cosmic-ray exposure age analysis.

Spaceflight Geochronology

Extensive experience developing the scientific case and instrumentation for in situ age dating on the Moon, Mars, asteroids, and beyond. Breadboard and brassboard instruments have been developed capable of measuring radiometric ages alongside key contextual data — including trace-element abundances, imaging, and spectroscopy — as well as sample acquisition and handling systems.