Papers
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Total Citations
3
H-Index
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About
Daniel May is a planetary scientist whose work centers on the geophysics of Mars, with a particular focus on heat flow and subsurface properties. His major contribution lies in his involvement with the HP³ (Heat Flow and Physical Properties Package) experiment on NASA’s InSight mission, which aimed to measure Mars’ internal heat flux for the first time—a critical step in understanding the planet’s thermal evolution and tectonic history. His 2018 paper detailing HP³’s operations on Mars has garnered 3 citations, reflecting its foundational role in mission documentation and future comparative studies. May’s research bridges experimental design and planetary operations, offering insights into how heat transport shapes Martian geology. His work is notable for its direct contribution to one of the most ambitious geophysical experiments ever deployed on another planet, helping to constrain models of Mars’ interior structure alongside seismic data from InSight’s SEIS instrument. For students and researchers, May exemplifies the integration of hardware engineering with planetary science, demonstrating how in-situ measurements can unlock the thermal history of terrestrial worlds.
Research Focus
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Top Papers
- 1HP<sup>3</sup>– Experiment on InSight Mission – Operations on Mars3 citations · 2018