| Acoustic-Field Aerosol Separator for Planetary Atmospheric Sampling |
Active
|
2 |
Environment Sensors |
University of Hawaii at Manoa |
| Acoustic Data-based Characterization of Incipient Boiling for Space Applications |
Completed
|
4 |
Fault Diagnosis and Prognosis |
Ames Research Center |
| Using World Models to Enable Safety Assurances for Uncertain High-Dimensional Systems |
Active
|
2 |
Surface Mobility |
University of Southern California |
| Lifetime Trend Testing of the Phase Four RF Thruster for Small Spacecraft Missions (RF Thruster) |
Completed
|
8 |
Electrothermal Propulsion |
Glenn Research Center |
| Frequency Agile Mid-IR Source for Planetary Exploration |
Completed
|
4 |
Lasers |
Novawave Technologies |
| High-Impulse, Scalable, Metal Plasma Thruster for Cubesat Missions |
Completed
|
8 |
Electrothermal Propulsion |
Alameda Applied Sciences Corporation |
| Highly mobile, self-anchoring robots for coordinated, high-force environmental interaction |
Completed
|
2 |
Collaborative Mobility |
University of California-Santa Barbara |
| Stability of in-space cryogenic systems |
Completed
|
6 |
Cryogenic Propulsion |
New Jersey Institute of Technology |
| Regeneratively-Cooled, Pump-Fed Propulsion Technology for Nano / Micro Satellite Launch Vehicles |
Completed
|
5 |
Cryogenic Propulsion |
Astra Space, Inc |
| Determination of Cryogenic Pool Boiling and Subsurface Helium Pressurization Characteristics in Reduced Gravity |
Completed
|
6 |
Cryogenic Propulsion |
University of Florida |
| Widely Tunable Fast Semiconductor Laser Seed Source at 1030nm for LIDAR Remote Sensing |
Completed
|
3 |
— |
Freedom Photonics, LLC |
| Space Waste Revolution Challenge |
Completed
|
2 |
Logistics Management |
Marshall Space Flight Center |
| Spacecraft/Rover Hybrids for the Exploration of Small Solar System Bodies |
Completed
|
2 |
Small-Body and Microgravity Mobility |
Stanford University |
| Mars Aerial and Ground Global Intelligent Explorer (MAGGIE) |
Completed
|
— |
Other Exploration Destination Systems |
— |
| Quantum Phase Unwrapping |
Completed
|
2 |
Quantum Computer |
Goddard Space Flight Center |
| FarView Observatory – A Large, In-Situ Manufactured, Lunar Far Side Radio Array |
Completed
|
— |
Manufacturing Processes |
Lunar Resources, Inc. |
| Multifunctional Composite Textile Materials for Advanced Spacesuits |
Completed
|
2 |
Special Materials |
Rice University |
| Oscillating Heat Pipe Thermal Hinge for Passive Thermal Management |
Completed
|
2 |
Heat Rejection and Storage |
Brigham Young University-Provo |
| SmallSat Steward: Autonomous Online Learning and Planning for Safe Inspection of Cislunar Stations |
Completed
|
3 |
Edge Computing |
University of Michigan-Ann Arbor |
| Intelligent Perception for Autonomous Characterization and Relative Navigation of Small Bodies |
Completed
|
2 |
Navigation Sensors |
Georgia Institute of Technology-Main Campus |
| Numerical Methods for Distributed Spacecraft Remote Sensing Coverage Analysis |
Completed
|
2 |
Tools and Methodologies for Defining Mission Architectures and Mission Design |
The University of Texas at Austin |
| Demonstration Rocket for Agile Cis-lunar Operations (DRACO) |
Completed
|
3 |
Nuclear Thermal Propulsion |
Defense Advanced Research Projects Agency |
| Deep Space PNT Instrument (DESPINA) |
Completed
|
3 |
Revolutionary PNT Technologies |
University of Minnesota-Twin Cities |
| High SBS-Threshold Er/Yb Co-Doped Phosphate Glass Fiber Amplifiers for High Power, Sub-us Pulsed, Narrow Linewidth, All Fiber-Based Laser Transmitter |
Completed
|
— |
Lasers |
NP Photonics, Inc. |
| The Nyx Mission to Observe the Universe from Deep Space - Enabled by EmberCore, a High Specific Power RadioisotopeElectric Propulsion System |
Completed
|
— |
Solar Thermal Propulsion |
Ultra Safe Nuclear Corporation-Technologies |
| Relative Position Sensing System for Precision Formation Flying Spacecraft |
Completed
|
4 |
Distributed Aperture |
Goddard Space Flight Center |
| GEAR3: Genetically Engineered Automatable Real-time cell Radiation Reporters |
Completed
|
2 |
Radiation Transport and Risk Modeling |
Ames Research Center |
| Proof-of-concept reusable origami bladder for cryogenic propellant acquisition |
Completed
|
3 |
Integrated Systems and Ancillary Technologies |
Washington State University |
| Enhancement of Long-Term Behavioral Health Through Virtual Reality Technologies |
Completed
|
2 |
Behavioral Health and Performance |
Texas A & M University-College Station |
| A Revolutionary Approach to Interplanetary Space Travel: Studying Torpor in Animals for Space-health in Humans (STASH) |
Completed
|
— |
Medical Diagnosis and Prognosis |
— |
| New Lidar Laser Configuration for Earth Science Measurements |
Completed
|
6 |
Lasers |
Fibertek, Inc. |
| High Speed Compressor for Subcooling Propellants |
Completed
|
6 |
Integrated Systems and Ancillary Technologies |
Barber-Nichols, Inc. |
| MARVY: Mars Velocity Sensor |
Completed
|
4 |
Aerodynamic Decelerators |
Michigan Aerospace Corporation |
| JANUS 3.0: Enabling game changing external environment payload accommodation on suborbital reusable launch vehicles |
Completed
|
6 |
Detectors and Focal Planes |
Johns Hopkins University: Applied Physics Laboratory |
| Investigation of spin manipulation in phase-engineered monolayer Janus TMDCs for low power device operation in extreme environments |
Completed
|
2 |
Electronics |
University of South Florida-Main Campus |
| Investigation of Rydberg Sensor for Earth Science Remote Sensing |
Completed
|
2 |
Remote Sensing Instruments and Sensors |
Goddard Space Flight Center |
| Apis™ Capture Bags for Collection of Large Orbital Debris: Ground Test Bed Demonstrations and Payload Commercialization |
Completed
|
4 |
Other Communications, Navigation, and Orbital Debris Tracking and Characterization Systems |
Trans Astronautica Corporation |
| Klystron Amplifier Utilizing Scandate Cathode and Electrostatic Focusing |
Completed
|
4 |
Power Efficiency |
E-beam, Inc. |
| A First Response Crew Mask for Ammonia, Hydrazine and Combustion Products |
Completed
|
4 |
Fire Detection, Suppression, and Recovery |
TDA Research, Inc. |
| Advancement of an Actuated Upper Extremity Offload System for Integration into ARGOS (ARC-ANGEL) |
Completed
|
4 |
Ground Analogs for Space and Surface Systems |
Johnson Space Center |
| Fast Responding Pressure-Sensitive Paint for Large-Scale Wind Tunnel Testing |
Completed
|
9 |
Environment Sensors |
Innovative Scientific Solutions, Inc. |
| MoonFALL |
Completed
|
4 |
Flight Mechanics and GN&C for Entry, Descent, and Safe Precise Landing |
Cal Poly Pomona Bronco Space Club |
| LiDAR Hazard Detection for Safe and Precise Lunar Landing |
Completed
|
4 |
Flight Mechanics and GN&C for Entry, Descent, and Safe Precise Landing |
Astrobotic Technology, Inc. |
| Nucleation of Cryogenic Bubbles in Spacecraft Liquid Acquisition Devices .:. Knowledge Payload |
Completed
|
7 |
Integrated Systems and Ancillary Technologies |
Purdue University-Main Campus |
| Advancement of Geometric Methods for Active Terrain Relative Navigation |
Completed
|
4 |
Flight Mechanics and GN&C for Entry, Descent, and Safe Precise Landing |
Johnson Space Center |
| Lightweight, Multifunctional Nanocomposites for High-Voltage Insulation on the Moon |
Completed
|
4 |
Distribution and Transmission |
Cornell University |
| A diamond nanophotonics platform for quantum communication with multiplexed qubit repeaters |
Completed
|
3 |
Revolutionary PNT Technologies |
Massachusetts Institute of Technology |
| Solar White Coating Development |
Completed
|
4 |
In-Space Propellant Storage and Use |
Kennedy Space Center |
| Performance of Autonomy and Identity for Trust- and Workload-Sensitive Interaction with Distributed Autonomous Systems |
Completed
|
3 |
Multimodal and Proximate Interaction |
Colorado School of Mines |
| Silicon Integrated Photonics for THz/far-IR Receivers |
Completed
|
1 |
Remote Sensing Instruments and Sensors |
Jet Propulsion Laboratory |