Claire Cook

NASA FINESST

The Glacial History of Mars Recorded in Ice-filled Craters
(Advisor: Shane Byrne)

Robert Melikyan

NASA FINESST

Collisional Dynamics of the Late Veneer and How the Moon Survived
(Advisor: Erik Asphaug)

Zöe Wilbur

Investigating the volcanic and magmatic histories of Apollo 15 and 17 basalts using sample analysis, with a focus on a previously unopened Apollo 17 basalt sample. Measurements will help to answer key questions about how volcanism works on the Moon and potentially on other airless Solar System bodies. The sample analysis is particularly timely as the future NASA Artemis missions will include sample returns.
(Advisor: Jessica Barnes)

Jada Walters

Investigating and identifying instabilities in solar wind plasma, modeling plasma instabilities in one and two dimensions to more accurately model the solar wind in three dimensions in advance of upcoming mission to explore near-Earth plasmas.
(Advisor: Kris Klein)

Lucas Smith

Identifying and investigating presolar stardust grains within meteorites that have experienced aqueous processing, which informs our understanding of conditions that existed during Solar System formation.
(Advisor: Pierre Haenecour)

Mackenzie Mills

Using spacecraft data to derive scientific conclusions from planetary surfaces, characterizing Martian geomorphology and working for an understanding of influence of Martian subsurface features on spatial distributions of surface features.
(Advisor: Alfred McEwen)

Nathan Hadland

Studies planetary analogs in Iceland and elsewhere to evaluate the nature of life and their resulting biosignatures in extreme environments that have similar characteristics as Mars.
(Advisors: Solange Duhamel and Christopher Hamilton)

Xioahang Chen

Seeks to understand the acceleration and transport of solar energetic particles (SEP) associated with fast and wide coronal mass ejections to better predict dangerous SEPs.
(Advisor: Joe Giacalone)

Galen Bergsten

Uses large-scale survey data to study populations of extrasolar planets, including those analogous to Earth, to learn how planets form and evolve throughout the Galaxy.
(Advisor: Ilaria Pascucci)