Samuel Albert
University of Colorado, Boulder
AeroDrop: Study of Direct Atmospheric Entry for Secondary Payloads on Aerocapture Missions
Jacob Amontree
Columbia University
Enhancing the Selectivity and Sensitivity of in-situ Amino Acid Characterization in Search-for-Life Missions
Matthew Barry
Georgia Tech Research Corporation
Learning the Electron Density Fields Predicted by Density Functional Theory Using Physics-Inspired Machine Learning Approaches
Robert Calvo
New Mexico Institute of Mining and Technology
Dry Aerosol Deposition of Oxide Coatings on Polymeric Substrates
Cyndia Cao
University of California, Berkeley
Mobility Evaluation of a Planetary Rover with Gyroscopic Force Redistribution Control
Karl Cardin
Portland State University
Drop Media Interactions and Demisting in Microgravity
Alexander Castaneda
Worcester Polytechnic Institute
A Fundamental Study to Develop an Electrohydrodynamic Induction Pumping Assisted Oscillating Heat Pipe
Carolina Chism
University Of Colorado, Boulder
Compact Spaceborne Magnetic Observatory (COSMO)
Lillian Clark
University of Southern California
Distributed Algorithms for Exploration with Robotic Sensor Networks
Kevin Edelson
Carnegie Mellon University
Systemic Autonomy for Robotic Explorers
Amine Elhafsi
Stanford University
Motion Planning in Unknown Environments
Kendall Farnham
Dartmouth College
Electrical Impedance Imaging: Enabling Deep Space Missions Through Medical Imaging and Diagnosis of the Long-term Physiological Effects of Space Travel
Joseph Ferguson
Stanford University
Micro-scale modeling of ablative thermal protection systems during atmospheric entry
Stephen Gagnon
University of New York, Buffalo
Space Object Shape Characterization Using Light Magnitude Measurements From Multiple Observers
Joseph Golec
University of Michigan
Optics and Optical Coupling for Future CMB Missions
David Gomez
Georgia Tech Research Corporation
Development of a highly throttlable, bipropellant (Xe-Kr) Hall thruster and investigations into the newly discovered oscillation modes in magnetically shielded thrusters
John Harmon
California Institute of Technology
Breakage of Sintered Particles for Sample Return on Icy Worlds
Damennick Henry
University of Colorado, Boulder
Spacecraft Formation Dynamics, Design and Control on Quasi-periodic Tori
Andrew Hinkle
Missouri University of Science and Technology
The Impact of Particle-Laden Flows on Planetary Entry Aerothermodynamics
Ethan Hopping
Georgia Tech Research Corporation
Laser Thompson Scattering Investigation of Plasma Oscillations in Hall-Effect Thrusters
David Hynek
Yale University
Large Area Topological 2D Materials for Spintronics and Energy Efficient Electronics
Noah Johnson
University of Chicago
A Fiber-Based Microwave to Optical Transducer for High Sensitivity Broadband RF Receiver
Hunter Johnston
Texas A&M University
Real-time optimal guidance via the Theory of Functional Connections
William Jun
Georgia Tech Research Corporation
A Novel Navigational Architecture Utilizing Joint Doppler and Ranging for Minimal Infrastructure Localization on Other Planets
Hiroki Kaifu
California Institute of Technology
Molecular simulation aided design of textured cooling loops minimizing Kapitza resistance for high power density space applications
Mary Konopliv
University of California, Los Angeles
Fast Optical Emission Spectroscopy for Plasma Modeling and Hall Thruster Development
Katie Koube
Georgia Tech Research Corporation
Rapidly Deployable and Robust Additive Manufacturing Techniques for Structural Materials
Michael Kroells
University of Minnesota
Investigation of Particle Effects on a Hypersonic Mars Entry
Nicholas LaFarge
Purdue University
Autonomous Spacecraft Trajectory Design via Reinforcement Learning
Carl Leake
Texas A&M University
Improving the Fidelity of General Flexible Multibody Dynamic Simulations
James Leith
University of Texas, Austin
Low-Thrust Trajectory Design in Multi-Body Environments Through Patched Periodic Orbits
John Lewis
Georgia Tech Research Corporation
Investigation of Degradation in Solid-State Batteries at Extreme Temperatures
Brian Li
University of Illinois at Urbana-Champaign
Pathway toward high-efficiency III-V/Si tandem solar cells
Monica Li
University of California, Berkeley
Sensitive end-effector design for spiny attachment onto frangible substrates in extreme underwater environments
Christopher Lyne
University of Illinois at Urbana-Champaign
Design and Characterization of Monopropellant-Electrospray Multimode Microthrusters
Jeremy Marcum
Purdue University
Preignition Behavior and Combustion Stability of Storable Propellants for Deep Space Missions
Hayley McClintock
Yale University
Multifunctional, Robotically Reconfigurable System for Structural Support
Ross McCurdy
The Pennsylvania State University
Fabricating Next Generation Diffraction Gratings Using Electron Beam Lithography
Aaron Melemed
Massachusetts Institute of Technology
Calcium-based Battery Development for Space Technology Applications
David Millard
University of Southern California
Interpretable Robotic Manipulation of Deformable Objects
Ian Miller
University of Pennsylvania
Semantic Mapping and Safe Autonomous Navigation for Intra-Vehicular Robots in Microgravity
Caelin Muir
University of California, Santa Barbara
In situ characterization of subsurface cracking behavior in SiC/SiC composites
Sarah Muschinske
Massachusetts Institute of Technology
Many-Qubit Arrays for Analog and Digital-Analog Quantum Simulation
Nicholas Naclerio
University of California, Santa Barbara
Burrowing Robot for Extraterrestrial Soil Sampling and Anchoring
Andrew O’Connor
University of Florida
A Lightweight, Multifunctional Hybrid Metal Matrix Composite for Neutron Shielding
Michael Orth
Purdue University
Advancement of Additive Manufacturing for Monopropellant Catalyst Beds
Surya Parker
University of California, Berkeley
Tunable Metal-Organic Framework Adsorbents for Efficient CO2 Capture in Space Vessels
Jeffrey Pekosh
Purdue University
Mission Design Tool for Automated Missed-Thrust Design with Multiple Outages
Samantha Reig
Carnegie Mellon University
Intelligence in Motion: Re-embodiment, Trust, and Failure in Human-Robot Interaction
Carly Romnes
University of Illinois at Urbana-Champaign
Utilizing Additive Manufacturing to Improve Materials Designed for Extreme Environments
Noah Sargent
University of Pittsburgh
Integrated Computational Design of Graded Alloys Made with Additive Manufacturing
Jackson Shannon
University of Maryland, College Park
Improvements and Optimization of Analytical Guidance Laws for Low-Thrust Trajectory Design
Luis Silva
Western Michigan University
Minimizing Residual Stresses in Metal Additive Manufacturing using Multiscale and Multiphysics Topology Optimization
Jenny Smith
University of California, Santa Barbara
Microwave Kinetic Inductance Detector Readout for High Altitude Missions
Thomas Smith
University of Colorado, Boulder
Rapid Trajectory Construction for Spacecraft within Multi-Body Systems
Christine Smudde
University of California, Davis
An Evaluation of the Influence of Residual Stress on Additively Manufactured Materials through Fatigue Crack Growth Analysis
Jeremy Stroming
Massachusetts Institute of Technology
Novel thermal management and life support technologies for planetary spacesuits
Christopher Sullivan
University of Colorado, Boulder
Uncovering the Solution Space of Chaotic Systems via Multi-Objective Reinforcement Learning
Elisabeth Thomas
Arizona State University
Development of pervaporation membranes and integration into system design for space flight wastewater management
Alberto Torres
Johns Hopkins University
Topology Optimization for Additively Manufactured Designs, Accounting for Material Variability, Location and Geometric Dependencies, and the Detection and Repair of Flaws
Zoe Turin
University of Colorado, Boulder
Subterranean Mobility for Autonomous Lava Tube Exploration (SMALTo)
Joshua Wagner
William Marsh Rice University
Numerical Simulation of Interfacial Fluid-Particle Flow in Binder Jet Additive Manufacturing for Aerospace Components
Zachary White
University of Alabama, Huntsville
Subscale Magnetic Nozzle for Fusion Propulsion Plasma Deflection
Mitchell Woolever
University of Colorado, Boulder
In Situ Recovery of Oxygen and High Purity, Single Element Metals from Regolith Using Task Specific Ionic Liquid Facilitated Electrochemical Solvent Extraction
Huan Larissa Zhou
Harvard University
Developing a multi-scale understanding of the kinetics of dehydration and rehydration in a model cellular food system
