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Don’t mind me while I spend several hours scrolling through this… #astronomy #hubble #space #nasa #andromeda #astrophysics

Don’t mind me while I spend several hours scrolling through this… #astronomy #hubble #space #nasa #andromeda #astrophysics

$🔭 Hubble’s Resolution Problem & The Future of Space Telescopes 🚀 📷 Ever wonder why Hubble doesn’t capture every star in ultra-crisp detail? It’s not about distance—it’s about the size of its mirror. ✨ Hubble’s Limitation: Its 2.4-meter mirror avoids atmospheric distortion (since it’s in SPACE) but is too small to overcome diffraction limits. Bigger mirrors = sharper images! But launching a massive solid mirror is… not exactly easy. 🔥 Enter the James Webb Space Telescope (JWST): A 6.5-meter segmented mirror coated in gold to maximize infrared light detection. Infrared vision lets it pierce through cosmic dust and see deeper into the early universe. 🚀 The Next Leap: Space Interferometry Instead of one big mirror, why not link multiple telescopes in space? Interferometry combines signals from multiple smaller telescopes to create a ‘virtual’ telescope as large as the distance between them. Think of it like synthesizing a mirror the size of a football field! 🏟️ 🔬 MIT’s LISA (Laser Interferometer Space Antenna): A future gravitational wave observatory using three spacecraft flying in formation. Measures tiny ripples in spacetime from black holes, neutron stars, and more. The future of space telescopes is about going BIG—but in a smart way. 🌌 Stay tuned for next-gen observatories that will make even JWST seem like yesterday’s tech! 🚀✨ #Hubble #JamesWebb #SpaceTelescopes #Interferometry #MITLISA #Astronomy #NASA #Astrophysics$

🔭 Hubble’s Resolution Problem & The Future of Space Telescopes 🚀 📷 Ever wonder why Hubble doesn’t capture every star in ultra-crisp detail? It’s not about distance—it’s about the size of its mirror. ✨ Hubble’s Limitation: Its 2.4-meter mirror avoids atmospheric distortion (since it’s in SPACE) but is too small to overcome diffraction limits. Bigger mirrors = sharper images! But launching a massive solid mirror is… not exactly easy. 🔥 Enter the James Webb Space Telescope (JWST): A 6.5-meter segmented mirror coated in gold to maximize infrared light detection. Infrared vision lets it pierce through cosmic dust and see deeper into the early universe. 🚀 The Next Leap: Space Interferometry Instead of one big mirror, why not link multiple telescopes in space? Interferometry combines signals from multiple smaller telescopes to create a ‘virtual’ telescope as large as the distance between them. Think of it like synthesizing a mirror the size of a football field! 🏟️ 🔬 MIT’s LISA (Laser Interferometer Space Antenna): A future gravitational wave observatory using three spacecraft flying in formation. Measures tiny ripples in spacetime from black holes, neutron stars, and more. The future of space telescopes is about going BIG—but in a smart way. 🌌 Stay tuned for next-gen observatories that will make even JWST seem like yesterday’s tech! 🚀✨ #Hubble #JamesWebb #SpaceTelescopes #Interferometry #MITLISA #Astronomy #NASA #Astrophysics

Let's explore some planets since the new No Man's Sly update!!! Have you explored yet?🚀🌌⭐ #hellogames #nomansky #pcyrta #supernova #foryoupage #fypシ #grammys #videogames #gamepass #update #nms #space #jameswebb #hubble #fyp

Let's explore some planets since the new No Man's Sly update!!! Have you explored yet?🚀🌌⭐ #hellogames #nomansky #pcyrta #supernova #foryoupage #fypシ #grammys #videogames #gamepass #update #nms #space #jameswebb #hubble #fyp

🚀🔭 How Satellites & Space Telescopes Scan the Cosmos! 🌌✨ Ever wondered how we capture stunning images of distant galaxies, nebulae, and exoplanets? Space telescopes and satellites use advanced scanning technology to map the universe, detecting invisible wavelengths beyond human sight—infrared, X-ray, and radio waves. Every scan brings us closer to unraveling the secrets of deep space! What do you think is out there waiting to be discovered? 👁️🔭 #SpaceExploration #Satellites #Telescope #CosmicDiscovery #NASA #GalacticUnraveling #DeepSpace #Astrophysics #Hubble #JamesWebb #AstronomyLovers

🚀🔭 How Satellites & Space Telescopes Scan the Cosmos! 🌌✨ Ever wondered how we capture stunning images of distant galaxies, nebulae, and exoplanets? Space telescopes and satellites use advanced scanning technology to map the universe, detecting invisible wavelengths beyond human sight—infrared, X-ray, and radio waves. Every scan brings us closer to unraveling the secrets of deep space! What do you think is out there waiting to be discovered? 👁️🔭 #SpaceExploration #Satellites #Telescope #CosmicDiscovery #NASA #GalacticUnraveling #DeepSpace #Astrophysics #Hubble #JamesWebb #AstronomyLovers

This massive cluster sits in the Large Magellanic Cloud, a smaller neighbor of the Milky Way, and spans 20 light-years across. The result? A breathtaking, smoke-like cosmic formation filled with golden stars and neon purple bursts of energy. What do you think of this galactic marvel? 🌠👇 #NASA #Space #StarCluster #Astronomy #Hubble #ChandraXRay #Spitzer #Science #Galaxy #news #entertainment #trufactory

This massive cluster sits in the Large Magellanic Cloud, a smaller neighbor of the Milky Way, and spans 20 light-years across. The result? A breathtaking, smoke-like cosmic formation filled with golden stars and neon purple bursts of energy. What do you think of this galactic marvel? 🌠👇 #NASA #Space #StarCluster #Astronomy #Hubble #ChandraXRay #Spitzer #Science #Galaxy #news #entertainment #trufactory

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