Assessing Enceladus' Habitability via RNA Degradation Rate

Parker Wood

Enceladus hosts a subsurface ocean rich in organic and inorganic compounds, with plumes ejecting this material into space. It was here that NASA’s Cassini Mission detected the six essential elements for life, yet Enceladus’ habitability remains uncertain. This project aims to simulate Enceladus' ocean and examine RNA stability at varying distances from hydrothermal vents (temperature decreases with distance). These findings will enhance our understanding of Enceladus’ habitability and contribute to the broader search for life.

Major: 
Geosciences
Exhibition Category: 
Physical Sciences
Exhibition Format: 
Poster Presentation
Campus: 
University Park
Faculty Sponsor: 
Philip Bevilacqua
Poster Number: 
113