| Technology Posters |
| Europa Lander Advanced Development Initiatives - Steve Lee, JPL |
| Europa Lander - Landing Architecture - Raul Polit-Casillas, JPL |
| Internal Electrostatic Discharge Testing of Inert Solid Rocket Motor Materials - Jason C. Reynolds, MSFC |
| Terrain Relative Navigation Maturity for Landing on Europa - Miguel San Martin, JPL |
| CITADEL Europa Simulation Testbed - Grayson Adams, JPL |
| Terminal Sterilization Subsystem (TSS) - Heller, Sandia |
| Europa Lander High Gain Antenna - Enabling DTE - Nacer Chahat, JPL |
| High Specific Energy Primary Power Sources for Ocean Worlds Exploration - Erik Brandon, JPL |
| Microfluidic Sample Purification - Kate Craft, JHU-APL |
| Magnetospheric Measurements are Important for a Future Ice Giant Mission - Peter Kollmann, JHU-APL |
| Thermal and Chemical Evolution of Shallow Liquid Water on Europa - Chase Chivers, Georgia Tech |
| In Situ Analysis of Icy Moon Ices with the Laser Absorption Spectrometer for Volatiles
and Evolved Gas (LASVEGAS) - Scott Rafkin, SwRI |
| Network for Ocean Worlds (NOW): Developing Science and Technology Research for
Exploring Ocean Worlds - Alison Murray, DRI |
| NF4 Technology Development: Contamination Mitigations for ELSAH and Future Life
Detection Missions - Jennifer Eigenbrode, NASA-GSFC |
| Life Detection through Sample Return - Marc Neveu, NASA-GSFC |
| Europa Magnetotelluric Sounder - David Stillman, SwRI |
| Travel Grant Posters |
| Hidden Tectonism on Miranda's Elsinore Corona Revealed by Polygonal Impact Craters - Chloe Beddingfield, SETI/NASA-ARC |
| Small Mounds and Frost Heave-Like Morphologies within Occator Crater, Ceres - Kynan Hughson, Georgia Tech |
| Europa Signals Through the Ice – Vishaal Singh, ASU |
| Enceladus' Icy Lithosphere: Constraints from Geological Mapping and 3D Modeling of
Cratered Terrain - Mallory Kinczyk, North Carolina State University |