home.social

#einstein-ring — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #einstein-ring, aggregated by home.social.

fetched live
  1. In this image from the James Webb Telescope what appears to be a single galaxy is actually two that are very far apart. The closer galaxy lies in the center of the image, while the more distant galaxy appears to be wrapped around it in a phenomenon we call an “Einstein ring.”

    #astrophotography
    #Webb
    #JWST
    #EinsteinRing
    #AltText

  2. In this image from the James Webb Telescope what appears to be a single galaxy is actually two that are very far apart. The closer galaxy lies in the center of the image, while the more distant galaxy appears to be wrapped around it in a phenomenon we call an “Einstein ring.”

    #astrophotography
    #Webb
    #JWST
    #EinsteinRing
    #AltText

  3. In this image from the James Webb Telescope what appears to be a single galaxy is actually two that are very far apart. The closer galaxy lies in the center of the image, while the more distant galaxy appears to be wrapped around it in a phenomenon we call an “Einstein ring.”

    #astrophotography
    #Webb
    #JWST
    #EinsteinRing
    #AltText

  4. In this image from the James Webb Telescope what appears to be a single galaxy is actually two that are very far apart. The closer galaxy lies in the center of the image, while the more distant galaxy appears to be wrapped around it in a phenomenon we call an “Einstein ring.”

    #astrophotography
    #Webb
    #JWST
    #EinsteinRing
    #AltText

  5. In this image from the James Webb Telescope what appears to be a single galaxy is actually two that are very far apart. The closer galaxy lies in the center of the image, while the more distant galaxy appears to be wrapped around it in a phenomenon we call an “Einstein ring.”

    #astrophotography
    #Webb
    #JWST
    #EinsteinRing
    #AltText

  6. : Spying a spiral through a cosmic lens

    This James Webb Space Telescope photo features a rare cosmic phenomenon called an . What at first appears to be a single, strangely shaped galaxy is actually two galaxies that are separated by a large distance.

    esawebb.org/images/potm2503a/

  7. #PhotoOfTheDay: Spying a spiral through a cosmic lens

    This James Webb Space Telescope photo features a rare cosmic phenomenon called an #EinsteinRing. What at first appears to be a single, strangely shaped galaxy is actually two galaxies that are separated by a large distance.

    esawebb.org/images/potm2503a/

  8. #PhotoOfTheDay: Spying a spiral through a cosmic lens

    This James Webb Space Telescope photo features a rare cosmic phenomenon called an #EinsteinRing. What at first appears to be a single, strangely shaped galaxy is actually two galaxies that are separated by a large distance.

    esawebb.org/images/potm2503a/

  9. #PhotoOfTheDay: Spying a spiral through a cosmic lens

    This James Webb Space Telescope photo features a rare cosmic phenomenon called an #EinsteinRing. What at first appears to be a single, strangely shaped galaxy is actually two galaxies that are separated by a large distance.

    esawebb.org/images/potm2503a/

  10. #PhotoOfTheDay: Spying a spiral through a cosmic lens

    This James Webb Space Telescope photo features a rare cosmic phenomenon called an #EinsteinRing. What at first appears to be a single, strangely shaped galaxy is actually two galaxies that are separated by a large distance.

    esawebb.org/images/potm2503a/

  11. Einstein ring

    In this image from the James Webb Telescope what appears to be a single galaxy is actually two that are very far apart. The closer galaxy lies in the center of the image, while the more distant galaxy appears to be wrapped around it in a phenomenon we call an “Einstein ring.” Einstein rings occur when light from a distant galaxy gets bent by the gravity of a massive closer-by object, in this case another galaxy.

    #astrophotography
    #JWST
    #EinsteinRing

  12. Einstein ring

    In this image from the James Webb Telescope what appears to be a single galaxy is actually two that are very far apart. The closer galaxy lies in the center of the image, while the more distant galaxy appears to be wrapped around it in a phenomenon we call an “Einstein ring.” Einstein rings occur when light from a distant galaxy gets bent by the gravity of a massive closer-by object, in this case another galaxy.

    #astrophotography
    #JWST
    #EinsteinRing

  13. Einstein ring

    In this image from the James Webb Telescope what appears to be a single galaxy is actually two that are very far apart. The closer galaxy lies in the center of the image, while the more distant galaxy appears to be wrapped around it in a phenomenon we call an “Einstein ring.” Einstein rings occur when light from a distant galaxy gets bent by the gravity of a massive closer-by object, in this case another galaxy.

    #astrophotography
    #JWST
    #EinsteinRing

  14. Einstein ring

    In this image from the James Webb Telescope what appears to be a single galaxy is actually two that are very far apart. The closer galaxy lies in the center of the image, while the more distant galaxy appears to be wrapped around it in a phenomenon we call an “Einstein ring.” Einstein rings occur when light from a distant galaxy gets bent by the gravity of a massive closer-by object, in this case another galaxy.

    #astrophotography
    #JWST
    #EinsteinRing

  15. Einstein ring

    In this image from the James Webb Telescope what appears to be a single galaxy is actually two that are very far apart. The closer galaxy lies in the center of the image, while the more distant galaxy appears to be wrapped around it in a phenomenon we call an “Einstein ring.” Einstein rings occur when light from a distant galaxy gets bent by the gravity of a massive closer-by object, in this case another galaxy.

    #astrophotography
    #JWST
    #EinsteinRing

  16. Webb ziet een zeer zeldzame Einsteinring

    Licht van een extreem verafgelegen spiraalvormig sterrenstelsel werd door de zwaartekracht van een lid van de cluster SMACSJ0028.2-7537 gebogen en versterkt tot een ringachtige structuur, een zogenaamde Einsteinring.

    Deze samengestelde afbeelding, die

    kuuke.nl/webb-ziet-een-zeer-ze

    #ClusterVanSterrenstelsels #Einsteinring #ElliptischSterrenstelsel #NIRCam #SpiraalvormigSterrenstelsel #WebbSpaceTelescope

  17. 🚀🛑 Behold, the Webb telescope's latest cosmic discovery: a 400 Bad Request! Who needs a dramatic Einstein ring when you can marvel at the cutting-edge technology of server error screens? Please contact our support team for more stellar revelations. 😂✨
    phys.org/news/2025-04-einstein #WebbTelescope #CosmicDiscovery #ServerError #TechHumor #EinsteinRing #400BadRequest #HackerNews #ngated

  18. 🚀🛑 Behold, the Webb telescope's latest cosmic discovery: a 400 Bad Request! Who needs a dramatic Einstein ring when you can marvel at the cutting-edge technology of server error screens? Please contact our support team for more stellar revelations. 😂✨
    phys.org/news/2025-04-einstein #WebbTelescope #CosmicDiscovery #ServerError #TechHumor #EinsteinRing #400BadRequest #HackerNews #ngated

  19. 🚀🛑 Behold, the Webb telescope's latest cosmic discovery: a 400 Bad Request! Who needs a dramatic Einstein ring when you can marvel at the cutting-edge technology of server error screens? Please contact our support team for more stellar revelations. 😂✨
    phys.org/news/2025-04-einstein #WebbTelescope #CosmicDiscovery #ServerError #TechHumor #EinsteinRing #400BadRequest #HackerNews #ngated

  20. 🚀🛑 Behold, the Webb telescope's latest cosmic discovery: a 400 Bad Request! Who needs a dramatic Einstein ring when you can marvel at the cutting-edge technology of server error screens? Please contact our support team for more stellar revelations. 😂✨
    phys.org/news/2025-04-einstein #WebbTelescope #CosmicDiscovery #ServerError #TechHumor #EinsteinRing #400BadRequest #HackerNews #ngated