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Harnessing Innovation for U.S. Technological Strength

We will strengthen, enhance, and modernize capabilities and systems to lead the aerospace sector in the quest for answers about our solar system

NASA’s ILLUMA-T payload communicating with LCRD over laser signals

HITS Objectives

Objective #1: Strengthens U.S. leadership in the aerospace sector through investments in transformative aerospace technologies.

Objective #2: Advanced measurement techniques that will strengthen US technological capability by studying the most challenging cross-cutting problems

Objective #3: Modernizing the development of systems in partnership with the Aerospace Enterprise and enhance productivity by improving the way we work

Areas of interest

Objective #1 Area of Interest:
•Thermal storage devices, to manage electronics during lunar night
•Enhancing flight software to improve mission reliability
•Quantum Networking Interoperability Requirements

<strong>Objective #1 Area of Interest:<br></strong>•Thermal storage devices, to manage electronics during lunar night<br>•Enhancing flight software to improve mission reliability<br>•Quantum Networking Interoperability Requirements

Objective #2 Area of Interest:
•Quantum Interferometry
•Precision clocks, for shorter wave length interferometry
•Miniaturized, high resolution, mass spectrometry: (1) mass resolution (m/Dm) exceeding 105 (FWHM) to distinguish near-isobars; (2) miniaturization to ≤ 25 cm in length and 5-7 kg total mass, smaller/lighter than any competing instrument; and (3) ready coupling to advanced GSFC-unique ionization and ion optical front-end technologies.

<strong>Objective #2 Area of Interest:<br></strong>•Quantum Interferometry<br>•Precision clocks, for shorter wave length interferometry<br>•Miniaturized, high resolution, mass spectrometry: (1) mass resolution (m/Dm) exceeding 105 (FWHM) to distinguish near-isobars; (2) miniaturization to ≤ 25 cm in length and 5-7 kg total mass, smaller/lighter than any competing instrument; and (3) ready coupling to advanced GSFC-unique ionization and ion optical front-end technologies.

Objective #3 Area of Interest:
•Innovative AI/ML methods for onboard processing of real-time data streams, to process seismic activity on the moon
•Cloud-based Extended Reality for Rapid EXperience (CYREX): Collaborative Visualization for 3D Sites, Facilities, 3D models, and point clouds AR/VR (Augmented Reality/Virtual Reality) headsets
•AI-Enhanced Requirements and Integration Assistant Building: Using AI assisted system review of complex systems to revolutionize the design review process.
•Text-to-Spaceship: Accelerating Mission Development with AI

<strong>Objective #3 Area of Interest:<br></strong>•Innovative AI/ML methods for onboard processing of real-time data streams, to process seismic activity on the moon<br>•Cloud-based Extended Reality for Rapid EXperience (CYREX): Collaborative Visualization for 3D Sites, Facilities, 3D models, and point clouds AR/VR (Augmented Reality/Virtual Reality) headsets<br>•AI-Enhanced Requirements and Integration Assistant Building: Using AI assisted system review of complex systems to revolutionize the design review process.<br>•Text-to-Spaceship: Accelerating Mission Development with AI