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@blablabl0013: One Set Tunik Clara Rayon #oneset #pakaianwanita #ottdfashion #fyp

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Wednesday 03 June 2026 11:00:43 GMT
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NASA’s 22-year-old space telescope is coming back to Earth. What happens next? Launched in November 2004, NASA’s Neil Gehrels Swift Observatory was built for a two-year mission. Instead, it spent nearly 22 years investigating some of the universe’s most powerful events. Swift observed more than 2,000 gamma-ray bursts and over 1,400 supernova explosions. It also helped scientists study black holes and other rapidly changing cosmic phenomena. So why is it falling? Even hundreds of kilometers above Earth, the atmosphere is not completely empty. Tiny amounts of drag gradually slow satellites down. Recent solar activity increased that drag, accelerating Swift’s orbital decline. A planned robotic mission to raise its orbit ended without a successful boost. On October 20, 2026, Swift made its final observations, and NASA ended operations as its orbit continued to fall. NASA expects the approximately 1,450 kg spacecraft to re-enter Earth’s atmosphere on November 4. Most of the observatory is expected to burn up. Some components could survive, but NASA describes the risk of harm to people on Earth as unlikely. Forecasts cannot establish an exact debris location in advance. After almost 22 years of exploring distant explosions, Swift’s final chapter is being shaped by something much closer: Earth's atmosphere. We create extraordinary technology to understand the universe. But what responsibility do we have for what we leave behind in orbit? Should future missions put more emphasis on extending a satellite’s life or planning its safe return? Share your perspective in the comments. Follow DarkBrain for thoughtful stories about science, uncertainty and the systems shaping our world. Save and share if this made you think. Visuals are AI-generated concept illustrations, not actual re-entry footage. #DarkBrain #NASASwift #SpaceScience #SpaceDebris #Astronomy
NASA’s 22-year-old space telescope is coming back to Earth. What happens next? Launched in November 2004, NASA’s Neil Gehrels Swift Observatory was built for a two-year mission. Instead, it spent nearly 22 years investigating some of the universe’s most powerful events. Swift observed more than 2,000 gamma-ray bursts and over 1,400 supernova explosions. It also helped scientists study black holes and other rapidly changing cosmic phenomena. So why is it falling? Even hundreds of kilometers above Earth, the atmosphere is not completely empty. Tiny amounts of drag gradually slow satellites down. Recent solar activity increased that drag, accelerating Swift’s orbital decline. A planned robotic mission to raise its orbit ended without a successful boost. On October 20, 2026, Swift made its final observations, and NASA ended operations as its orbit continued to fall. NASA expects the approximately 1,450 kg spacecraft to re-enter Earth’s atmosphere on November 4. Most of the observatory is expected to burn up. Some components could survive, but NASA describes the risk of harm to people on Earth as unlikely. Forecasts cannot establish an exact debris location in advance. After almost 22 years of exploring distant explosions, Swift’s final chapter is being shaped by something much closer: Earth's atmosphere. We create extraordinary technology to understand the universe. But what responsibility do we have for what we leave behind in orbit? Should future missions put more emphasis on extending a satellite’s life or planning its safe return? Share your perspective in the comments. Follow DarkBrain for thoughtful stories about science, uncertainty and the systems shaping our world. Save and share if this made you think. Visuals are AI-generated concept illustrations, not actual re-entry footage. #DarkBrain #NASASwift #SpaceScience #SpaceDebris #Astronomy

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