Keenan Albee
Massachusetts Institute of Technology
Enhancing Docking and Manipulation Capability for Microgravity Robotic Free Flyers
Maria Allende
Stanford University
Developing a Material Response Model of Biopolymer-Stabilized Regolith to Predict Micrometeorite Damage of ISRU Habitat Systems
Chelsea Appleget
University of Southern California
Optical Metal Oxide Multilayers with Optimal Transparency and Mechanical Properties
Justin Andrews
Texas A&M University
A Multiscale Approach to Magnesium Intercalation Batteries: Safer, Lighter, and Longer-Lasting
Michael Baier
Purdue University
Development of High-Performance Ammonia Borane Based Rocket Propellants
Kathrine Bretl
University of Colorado, Boulder
A Conceptual Design and Concept of Operations for Intermittent Short-Radius Centrifugation for Artificial Gravity
Katelyn Brinker
Iowa State University
Passively-Coded Embedded Wideband Microwave Sensors for Material Characterization and Structural Health Monitoring (SHM)
Dalton Chaffee
University of Illinois at Urbana-Champaign
Earth-to-Satellite Quantum Key Distribution with Noise Reduction Via Entangled Photon Time Correlation
Chullhee Cho
University of Illinois at Urbana-Champaign
Frequency Tunable Piezoelectric Energy Harvester based on Crumpled MoS2 and Graphene
Sergio Cordova
University of Texas, El Paso
Combustion Synthesis of Thermoelectric Materials for Deep Space Exploration
Nicholas Cothard
Cornell University
Development of Optics and Microwave Multiplexers for Far-IR and Millimeter Detector Arrays
Christopher Eriksen
Oregon State University
Longterm Discovery and Modeling of Temporal Phenomena to Support Robotic Service Behaviors
Amy Frankhouser
Stanford University
Direct hydrogenation of CO2 to ethylene
Chase Frazelle
Clemson University
Control and Modeling of Extensible Continuum Robots
JoAnna Fulton
University of Colorado, Boulder
Dynamics Analysis of Origami-Folded Deployable Space Structures with Elastic Hinges
Felix Gervits
Tufts University
Coordination Mechanisms for Human-Robot Teams in Space
Paul Glick
University of California, San Diego
Extending Controllable Adhesive Technologies to Irregular Surfaces with Soft Robotic Actuation
Daniel Oropeza Gomez
Massachusetts Institute of Technology
Additive Manufacturing of Low Work Function Oxides for Spaceborne Thermionic Emission Applications
Nicholas Geisendorfer
Northwestern University
Efficient and Scalable Fabrication of Solid Oxide Fuel Cells via 3D-Printing
Rachael Granberry
University of Minnesota
Leveraging Active Knit Technologies for Aerospace Pressure Suit Applications
Abhay Gupta
University of Texas at Austin
Development of Secondary Lithium-Sulfur Batteries for Low Temperature Environments
Alexis Harroun
Purdue University
Aerospike Nozzle for Rotating Detonation Engine Application
Shadrach Hepner
University of Michigan
Investigation of the Impact of Plasma Instabilities on Electron Detachment in Low Temperature Magnetic Nozzles
Robert Hinshaw
Massachusetts Institute of Technology
A Ground-Based Analog for CNS Exposure to Space Radiation: A System for Integrating Microbeam Technology and Neuronal Culture
Eric Hinterman
Massachusetts Institute of Technology
Modeling Oxygen Production on Mars and Extension to a Human-Scale Mission
Brian Hou
University of Washington
Closed-Loop Physics-Based Manipulation Under Uncertainty
Jenna Humble
Purdue University
Quasi-1 Dimensional Modeling of Rotational Detonation Engines
Jonathan King
Carnegie Mellon University
Finding Optimal Independent Grasp Regions of Parallel Manipulators with Additional Applications for Limbed Robot Mobility
Zachary Kingston
Rice University
Commanding and Planning for Robots in Space Operations
Richard Liu
University of Illinois at Urbana-Champaign
Polarization-free Cubic Phase GaN Ultraviolet Laser Diodes for Space-based Light Interferometry
Justin Long
University of Alaska Fairbanks
Improving Communication Throughput with Retrodirective Arrays for CubeSat Applications
Kaitlin Lostroscio
University of South Florida
Biomechanics for Enhancement & Verification of Countermeasure Analysis Tools for Human Exploration Missions
Jonathan Ludwicki
Cornell University
Heat Transfer Manipulation via Switchable Wettability Surfaces
Monique McClain
Purdue University
Development and Characterization of a Novel Additive Manufacturing Technology Capable of Printing Propellants with High Solids Loadings
Elaine McVay
Massachusetts Institute of Technology
2D Materials for Energy Harvesting and Sensing
Drew Miles
The Pennsylvania State University
Development of Grating Technology for High-Resolution Spectrometers Using Nanofabrication Techniques
Duc Nguyen
Colorado School of Mines
Mars in-situ Resource Utilization to Produce Methane Propellant Using a Ceramic Microchannel Reactor
Bryan O’Gorman
University of California, Berkeley
Near-Term Quantum Computing for Applications
Brian Okorn
Carnegie Mellon University
Physics Based Vision Systems for Robotic Manipulation
Sanny Omar
University of Florida
A Drag Device and Control Algorithm for Spacecraft Attitude Stabilization and De-Orbit Point Targeting using Aerodynamic Drag
Nathan Pehrson
Brigham Young University
Deployable Solar Array Structures with High Stowed Volume Efficiencies
Karun Kumar Rao
University of Houston
Developing a Solid State Electrolyte for Advanced Lithium Batteries
Rawand Rasheed
Portland State University
Leidenfrost Driven Waste-Water Separator
Jack Ridderhof
Georgia Institute of Technology
Stochastic Optimal Control for Powered Descent Guidance
Mikela Ritter
Stanford University
Fabrication Techniques of Stretchable and Elastomer- Fabric Electroadhesion Samples for Implementation on Devices with Space Application
Przemyslaw Rostkowski
University of Illinois at Urbana-Champaign
Construction of Predictive Uncertainty Quantification Framework to the Extrapolation of TPS Arc-Jet Experiment Data to Flight Conditions
Stephen Samples
University of California, Los Angeles
A High Miniature Ion Thruster for SmallSat Primary Propulsion
Samalis Santini De Leon
Cornell University
Intelligent Data Understanding for Architecture Analysis of Entry, Descent, and Landing
Mario Santos
Missouri University of Science and Technology
Multi-Fidelity Modeling and Simulation for the Analysis of Deployable Re-Entry Technologies Under Uncertainty
William Schill
California Institute of Technology
Space Debris Threat Mitigation via Characterization of Strain Rate Effects by Maximum Entropy Atomistics
Rachel Schlossman
University of Texas at Austin
Maximizing Function through Intelligent Robot Actuator Control
Dylan Shah
Yale University
Enabling Closed-Loop Control of High Degree-of-Freedom Soft Robotic Structures
Gregory Shallcross
University of Michigan
High Fidelity Modeling of Plume-Induced Soil Erosion During Lunar and Planetary Landing
Dalton Snyder
Purdue University
Precursor and Neutral Loss Scans in a Single Ion Trap and Application to Planetary Exploration
Bhavana Swaminathan
University of California, Santa Barbara
Barbara Material Degradation During the Stressed Oxidation of CMCs
Chandrakanth Venigalla
University of Colorado, Boulder
Multi-Satellite Cooperative and Non-Cooperative Trajectory Coordination
Benjamin Wachs
University of Michigan
Characterization of Plasmadynamics within a Small Magnetic Nozzle
Andrew Wells
Rice University
Integrated Task and Motion Planning with Verification via Formal Methods
Xiaoxi Wang
University of California, San Diego
Silicon Photonics for Space Communications
Eric Westphal
Purdue University
High-Frequency Surface and Near-Surface Temperature Measurements of Burning Solids
Nicholas White
California Institute of Technology
Dynamics and Design of Open, Self-Regulating, Capillary Flow Networks for Space Micropropulsion Applications
John Woods
Yale University
Magnetic and Low-Dissipation Applications of Topological Materials at Limited Dimensions
Grace Wusk
Virginia Polytechnic Institute and State University
Psychophysiological Monitoring of Aerospace Crew State
Nicholas Zobrist
University of California, Santa Barbara
Improving MKID Performance at the UVOIR Wavelengths
