| 2-µm high-power, high repetition rate pulsed fiber laser for lidar Martian atmospheric CO2 and pressure profiling |
Completed
|
— |
Remote Sensing Instruments and Sensors |
NASA Headquarters |
| Hybrid AC/DC Magnetometer with Attitude Determination and Control System |
Active
|
3 |
In Situ Instruments and Sensors |
University of Michigan-Ann Arbor |
| Measuring optical constants of multilayer materials for current and future hard X-ray space telescopes |
Completed
|
— |
Mirror Systems |
Lawrence Livermore National Laboratory |
| PARTI Pucks (PARTI) |
Completed
|
— |
Innovative Antennas |
Stone Aerospace, Inc. |
| Robust, Explainable Autonomy for Scientific Icy Moon Operations |
Completed
|
— |
Anomaly Detection |
California Institute of Technology |
| Ultra-Violet Detector Innovation for Raman Exploration and CharacTerization (UV-DIRECT) of Ocean Worlds |
Completed
|
2 |
In Situ Instruments and Sensors |
University of Maryland-College Park |
| Flexible Ion Sensing Array (FISA) |
Completed
|
2 |
Sensors and Instruments |
California Institute of Technology |
| A Miniaturized, Multifunctional, Microscopic Organic/Inorganic Composition Analytical Probe for Planetary in situ Spectroscopy |
Completed
|
2 |
Sensors and Instruments |
Virginia Polytechnic Institute and State University |
| ORIGINS: Photothermal Spectroscopy for Planetary Sciences (ORIGINS) |
Completed
|
2 |
Sensors and Instruments |
University of Central Florida |
| OptiDrill: The next-generation instrumented drill |
Completed
|
4 |
In Situ Resource Use |
Honeybee Robotics, Ltd. |
| CMOS Digital Ground Penetrating Radar with Hardware Embedded Artificial Intelligence for Sub-Surface Exploration |
Completed
|
— |
In Situ Instruments and Sensors |
Jet Propulsion Laboratory |
| Tunable Mid-Infrared Spectroscopic Imaging Lidar for 4D Volatile Mapping |
Completed
|
— |
Sensing and Perception |
NASA Headquarters |
| A Robust Electron Source for a Miniaturized Electron Probe for In Situ Elemental Microanalysis |
Completed
|
— |
In Situ Instruments and Sensors |
Goddard Space Flight Center |
| Enabling multi-platform mission planning and operations simulation environments for adaptive remote sensors |
Completed
|
4 |
Tools and Methodologies for Defining Mission Architectures and Mission Design |
Ohio State University-Main Campus |
| 4D Tomography Study |
Completed
|
— |
Remote Sensing Instruments and Sensors |
Jet Propulsion Laboratory |
| A Stable, Non-Cesiated III-Nitride Photocathode for Ultraviolet Astronomy Applications |
Completed
|
5 |
Detectors and Focal Planes |
— |
| Flight receivers for orbital remote sensing of buried lunar ice deposits via CoRaLS: the Cosmic Ray Lunar Sounder |
Completed
|
— |
Remote Sensing Instruments and Sensors |
University of Hawaii at Manoa |
| Tunable Light-guide Image Processing Snapshot Spectrometer (TuLIPSS) for Earth Science Research and Observation |
Completed
|
4 |
Detectors and Focal Planes |
Rice University |
| Technology Development for Direct Fabrication of Light-Weight High-Resolution Full-Shell X-Ray Optics |
Completed
|
3 |
Mirror Systems |
Marshall Space Flight Center |
| RISE-UP: Ross Ice Shelf and Europa Underwater Probe |
Completed
|
— |
Engine Icing |
— |
| Phase Measurement System for Gravitational Wave Detection |
Completed
|
4 |
Field and Particle Detectors |
— |
| High Energy, Long Cycle Life, and Extreme Temperature Lithium-Sulfur Battery for Venus Missions |
Completed
|
— |
Electrochemical Storage: Batteries |
University of Dayton |
| Microfluidic Wet Chemistry Laboratory (mWCL) for Assessing Habitability of Ocean Worlds by Analysis of Surface or Plume Samples |
Completed
|
— |
Sample Acquisition and Handling |
— |
| A miniaturized, low-power magnetometer system for lunar surface observatories |
Active
|
— |
Power Management and Distribution |
University of California-Los Angeles |
| PLASMA: Pulsed Laser Ablation Sampling and Mass Analysis (PLASMA) |
Completed
|
— |
In Situ Instruments and Sensors |
University of Maryland-College Park |
| Development of a Hard X-ray Photoelectric Polarimeter |
Completed
|
— |
Mirror Systems |
Goddard Space Flight Center |
| Biologic and Resource Analog Investigations in Low Light Environments (BRAILLE) |
Completed
|
— |
Below-Surface Mobility |
— |
| Integrated Digital Earth Analysis System (IDEAS) (IDEAS) |
Completed
|
5 |
Collaborative Science and Engineering |
Jet Propulsion Laboratory |
| Computational Reconfigurable Imaging Spectrometer (CRISP) |
Completed
|
4 |
Detectors and Focal Planes |
Massachusetts Institute of Technology |
| Modular Dual-band Ku/Ka Antenna Tile with Digital Calibration (K-Tile) |
Completed
|
4 |
Microwave, Millimeter Waves, and Submillimeter Waves |
NASA Headquarters |
| Lunar Meteoroid Monitor (LMM) |
Completed
|
— |
In Situ Instruments and Sensors |
University of Colorado Boulder |
| Multimodal Locomotion Enabling Ocean Worlds Science Operations |
Completed
|
— |
Surface Mobility |
— |
| Aerial Mobility and Cross-cutting Avionics (AMCA) |
Completed
|
3 |
Above-Surface Mobility |
Jet Propulsion Laboratory |
| High Precision Assembly of Thin Mirror X-ray Telescopes |
Completed
|
4 |
Mirror Systems |
Massachusetts Institute of Technology |
| Scalable Beamforming Radar Processor for High Resolution Imaging of Planetary Surfaces |
Completed
|
2 |
Optical Components |
— |
| Multi-Functional Lidar Measurements to Identify and Characterize Marine Debris using Time-Resolved Fluorescence |
Completed
|
3 |
Lasers |
Ball Aerospace & Technologies Corporation |
| Quantum Computing for Earth Science and Classical Machine Learning for Image-to-Image Translation of Earth Images |
Completed
|
3 |
Intelligent Data Understanding |
Ames Research Center |
| Superconducting Traveling-Wave Kinetic Inductance Amplifiers for Detector Readout and Other Applications |
Completed
|
— |
Detectors and Focal Planes |
— |
| Measuring Sediment Flux at a Mars Analog Site Using Multilayer Solid-State Saltation Sensors. |
Completed
|
— |
TPS Instrumentation |
— |
| Three Band Cloud and Precipitation Radar (3CPR) |
Completed
|
4 |
Microwave, Millimeter Waves, and Submillimeter Waves |
NASA Headquarters |
| CRATER: Characterization of Regolith And Trace Economic Resources (CRATER) |
Completed
|
5 |
In Situ Instruments and Sensors |
University of Maryland-College Park |
| A Compact Adaptable Microwave Limb Sounder for Atmospheric Composition (CAMLS) |
Completed
|
5 |
Microwave, Millimeter Waves, and Submillimeter Waves |
NASA Headquarters |
| The Development of A Double Hemispherical Probe for The Advancement of Space Plasma Measurements |
Completed
|
2 |
Environment Sensors |
— |
| Bandstructure Engineered Type-II superlattice Antimonide Avalanche Photodiodes (BETA-APD) for Space Lidar Instruments |
Completed
|
3 |
Remote Sensing Instruments and Sensors |
Ohio State University-Main Campus |
| A Fiber-Coupled Plasmonic Spectrometer for In Situ Characterization of Solar System Surfaces |
Completed
|
2 |
Environment Sensors |
— |
| SRI CubeSat Imaging Radar for Earth Science: Instrument Development and Demonstration (CIRES-IDD) |
Completed
|
5 |
Distributed Aperture |
SRI International |
| A Novel Optical Etalon for Precision Radial Velocity Measurements |
Completed
|
3 |
Optical Components |
California Institute of Technology |
| Maturing the TRL of a Complete CDEX Dating Instrument |
Completed
|
4 |
Lasers |
— |
| A Solar Occultation Instrument Suitable for Constellations of Small Satellites |
Completed
|
5 |
Optical Components |
Virginia Polytechnic Institute and State University |
| Ultra-bright scintillator for planetary gamma ray spectroscopy |
Completed
|
3 |
Detectors and Focal Planes |
— |
