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About

Nienke Brinkman is a planetary scientist whose work has significantly advanced our understanding of Martian geology and soil mechanics. Her research focuses on the geophysical exploration of Mars, particularly through the analysis of data from the NASA InSight Lander mission. Brinkman’s major contributions center on the challenging deployment of the Heat Flow and Physical Properties Package (HP³), known as the “mole,” a self-penetrating heat probe designed to measure Mars’ internal heat flow. Through detailed analysis of the mole’s failed penetration attempts, she and her team derived crucial soil properties, revealing unexpected, highly cohesive duricrust that impeded the probe’s progress. This work, detailed in her 2021 paper (3 citations), is foundational for future planetary drilling and excavation. Her 2024 study (2 citations) further characterizes the Martian soil at the InSight landing site, integrating seismic and imaging data to build a comprehensive picture of the near-surface regolith. As a key member of the InSight science team, Brinkman’s research not only explains the mission’s unexpected challenges but also provides vital insights into the physical properties of Mars’ surface, directly informing the design of future landers and sample-return missions.