![]() The moon is expected to be a hub of activity shortly, between the NASA-led Artemis program and numerous private small landers scheduled to touch down in the mid-2020s and beyond. Lunint aims to provide situational awareness for activity around the moon to ferry back to the U.S. One of the most prominent is Lunint (Lunar Intelligence), which is backed by venture capital firm SpaceFund and could launch as soon as 2024. While Rhea has yet to launch a mission, it does have several projects in the works. Rhea, which is based in Washington, D.C., describes itself as a "developer of astrophysics technology designed to support national security objectives," particularly in fields such as infrared satellites, artificial intelligence and small satellites. The infrared universe seen by NASA's Spitzer Space Telescope (photos) Farewell, Spitzer Space Telescope! NASA shuts down prolific observatory The Spitzer Space Telescope's greatest exoplanet discoveries of all time Here's what's next for infrared astronomy Related: NASA's Spitzer Space Telescope is no more. Rhea's partners on the project are the Smithsonian Astrophysical Observatory, the Johns Hopkins University Applied Physics Laboratory, Blue Sun Enterprises and Lockheed Martin. ![]() The Space Force's innovation arm, SpaceWERX, is managing the Small Business Technology Transfer Phase 1 contract for the proposed Spitzer Resurrector mission. remain nearby to act as a high-rate data relay to Earth, thus restoring Spitzer to its full efficiency," the company's statement read. Rhea's tech would "restart Spitzer, confirm that it has been restored it to its original performance capabilities, and. The early-stage study proposes a "Spitzer Resurrector" mission that would launch in 2026 and voyage to the silent telescope. However, Spitzer not only observed in different wavelengths than Webb, but its location provides another position from which to observe the infrared universe - assuming it could be reactivated. In fact, NASA shut down the healthy Spitzer mainly to free up resources for Webb. NASA's James Webb Space Telescope, which launched in December 2021, also performs infrared observations in deep space. The telescope's extreme distance from our planet was required to keep Spitzer cool enough to find heat signatures of distant objects, and to peer through dust in stellar nurseries. Spitzer's pioneering work in infrared light allowed the telescope to peer at the universe from deep space.
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