Abstract
Some of the most fundamental factors in studying aqueous habitability are ion activity, conductivity, and temperature. The extremes of these parameters make up boundaries of the habitable space for life as we know it. Reducing the size of the sensors that measure these properties is hugely beneficial in astrobiology, as it allows us to study quick changes in very small spaces or sample sizes.
It also allows the creation of a single integrated sensor to probe the combination of these parameters. This gives us a more complete view of habitability, as well as reducing costs and running power. We've designed and fabricated a miniature sensor to study habitability in brines relevant to conditions found on Mars or the icy moons.
It also allows the creation of a single integrated sensor to probe the combination of these parameters. This gives us a more complete view of habitability, as well as reducing costs and running power. We've designed and fabricated a miniature sensor to study habitability in brines relevant to conditions found on Mars or the icy moons.
Original language | English |
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Title of host publication | Proceedings of The 2019 Astrobiology Science Conference (AbSciCon) |
Subtitle of host publication | Understanding and Enabling the Search for Life on Worlds Near and Far |
Place of Publication | USA |
Publisher | American Geophysical Union |
Number of pages | 1 |
Publication status | Published - 24 Jun 2019 |