SpaceX Space Missions NASA International Space Station Spacecraft NASA Missions Rocket Launches Space Stations Satellite Technology Lunar Missions Telescope Technology Mars Missions Rocket Launch Human Spaceflight Life Support Systems SpaceX Missions Satellite Launches Rocket Technology Space Debris Moon Missions Satellite Operations International Collaboration SpaceX Starship International Space Station (ISS) Robotic Missions Commercial Spaceflight Satellite Launch Satellite Deployment Telescopes Suborbital Space Lunar Probe Manned Missions Suborbital Missions Virgin Galactic Rockets Long-term Space Travel Moon Mission Moon Surface Moon Landing U.S. Space Missions Space Cameras Missions Astronaut Training Lunar Surface SpaceX Starship Rocket Low-Orbiting Satellites SpaceX Falcon 9 Rocket Space Probes Space Telescopes Spacecraft Design Space Debris Tracking Space Travel Space Vision Planetary Missions Satellites Outer Space Treaty Propulsion Systems India Space Contracts Spacecraft Engineering Biotechnology Private Sector Participation Boiling Experiment Mars Colonization Satellite Launching Sustainable Agriculture Radio Astronomy Self-Reliance in Space Unmanned Spacecraft Interplanetary Communication Telescope Operations Deep Space Network Military Space Operations NASA Programs CubeSats Data Centers Nuclear Power Systems Research Facilities Satellite Manufacturing Space Food Orbital Data Centers Indian Space Research Organisation Suborbital Tourism Solar Observation NASA Technology Astronomical Instruments Artificial Intelligence Future Technologies Planetary Science Rocket Stacking Test Flights Rocket Engines Astronaut Selection Space Observatories Reusable Spacecraft Spacecraft Reusability Reusable Rockets Test Flight Details Future Plans Significance
The six-month scan sets up a repeated survey that will deepen sensitivity and enable a 3D cosmic atlas to investigate the universe’s origins.
