Our goal is to understand how planetary bodies including planets, moons and asteroids form and evolve and to figure out which of them could now or could have in the past supported life.
When it comes to Mars, our scientists try to understand how winds shape dunes on Mars and how ancient rivers formed valleys and other geological patterns on the planet’s surface. Further, our researchers study how geochemical processes impacted minerals on Mars, and we support Rover missions including Pathfinder, Spirit, Opportunity, Curiosity and Perseverance.
On the Moon, we’re trying to understand water ice in the permanently shadowed regions, studying volatiles that change depending on depth below the surface and composition across the surface and even how these volatiles change depending on time of day. This research will help shape future human missions to the Moon.
Our scientists also study the moons around Jupiter and Saturn, the nature of icy bodies, and the makeup of asteroids and meteorites. It’s all part of our quest to understand the diverse worlds that share our solar system.
Researchers
Planetary Exploration
Janice Bishop
Andrew Annex
Ross Beyer
Matija Ćuk
Jeff Cuzzi
Lori Fenton
Robert French
Mitchell Gordon
Virginia Gulick
Szilárd Gyalay
Kayla Iacovino
Barbara Lafuente
Pascal Lee
Andrew Lincowski
Mia Mace
Franck Marchis
Victoria Meadows
Ethan Schaefer
Megan Seritan
Emilie Simpson
Richard Simpson
Pablo Sobron
Matthew Tiscareno
Maddy Turner
Orkan Umurhan
Oliver White
Andrew Wilcoski
Aaron Wolf
Anastasia Yanchilina
News
Planetary Exploration
Researchers Propose Searching the Moon for Microscopic Technosignatures
New study outlines the first quantitative framework for searching lunar regolith for microscopic technosignatures. #Press Releases #Moon #Technosignatures #Lewis Pinault #Andrew Siemion #Astrobiology #SETI #Solar System #AI and Machine Learning #Bill Diamond
SETI Institute Team Looks for a New Way to Find Resources in Space
#Press Releases #Pablo Sobron #Moon #Asteroids #Planetary Exploration #Spectroscopy #Astrobiology