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#supernovas — Public Fediverse posts

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

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  1. Un gran conjunto de datos sobre supernovas pone en entredicho la teoría de la energía oscura. (Eng)

    Un gran conjunto de datos sobre supernovas pone en... #tardigram #datos #supernovas #energía #oscura #astronomia

    tardigram.com/m/astronomia/t/6

  2. 🌌 How are chemical elements created in #supernovas or #NeutronStarMergers? Accurately simulating these extreme events requires enormous computing power, forcing researchers to simplify their models.

    How GSI/FAIR’s new RHINE model helps 👉 gsi.de/en/start/news/details/2

    #MachineLearning #physics

  3. Cientistas do Instituto de Ciências do Cosmos da Universidade de Barcelona desenvolveram um método inovador para analisar supernovas, essencial para a cosmologia. A pesquisa, publicada na revista Nature Astronomy, apresenta o framework CIGaRS, que melhora a precisão sobre a expansão do universo e...

    🔗 omniletters.com/metodo-medir-u

    #supernovas #cosmologia #universo #pesquisa #astronomia

  4. Datos del telescopio espacial Fermi de la NASA confirman que un magnetar recién nacido impulsó la supernova superluminosa SN 2017egm en la galaxia NGC 3191.

    #Astronomía #Fermi #NASA #Supernovas #Tutiempo

    tutiempo.net/noticias/telescop

  5. Pesquisadores descobriram que o isótopo radioativo ferro-60 encontrado em amostras de gelo da Antártica se origina de supernovas ocorridas há milhares de anos, oferecendo novas perspectivas sobre a dinâmica do Sistema Solar.

    🔗 omniletters.com/origem-ferro-6

    #ferro60 #antartica #supernovas #estudo #sistemasolar

  6. Pesquisadores criaram o método CIGaRS, que usa inteligência artificial para melhorar a análise de supernovas, aumentando a precisão das medições em cosmologia ao extrair informações de dados antes considerados irrelevantes.

    🔗 omniletters.com/metodo-inova-a

    #supernovas #cosmologia #inteligenciaartificial #inovacao #metodologia

  7. A strange ‘chirp’ in a brilliant stellar blast points to a #magnetar
    About a billion light-years away, an extraordinary stellar explosion lit up in the night sky. The blast, detected December 12, 2024, was some 30 times the brightness of a typical #supernova, putting it in a rare group of superluminous #supernovas. Now, #astronomers believe they know what made the explosion so bright — an extreme type of star called a magnetar.
    sciencenews.org/article/superl
    archive.ph/6SP5s

  8. A strange ‘chirp’ in a brilliant stellar blast points to a #magnetar
    About a billion light-years away, an extraordinary stellar explosion lit up in the night sky. The blast, detected December 12, 2024, was some 30 times the brightness of a typical #supernova, putting it in a rare group of superluminous #supernovas. Now, #astronomers believe they know what made the explosion so bright — an extreme type of star called a magnetar.
    sciencenews.org/article/superl
    archive.ph/6SP5s

  9. A strange ‘chirp’ in a brilliant stellar blast points to a
    About a billion light-years away, an extraordinary stellar explosion lit up in the night sky. The blast, detected December 12, 2024, was some 30 times the brightness of a typical , putting it in a rare group of superluminous . Now, believe they know what made the explosion so bright — an extreme type of star called a magnetar.
    sciencenews.org/article/superl
    archive.ph/6SP5s

  10. A strange ‘chirp’ in a brilliant stellar blast points to a #magnetar
    About a billion light-years away, an extraordinary stellar explosion lit up in the night sky. The blast, detected December 12, 2024, was some 30 times the brightness of a typical #supernova, putting it in a rare group of superluminous #supernovas. Now, #astronomers believe they know what made the explosion so bright — an extreme type of star called a magnetar.
    sciencenews.org/article/superl
    archive.ph/6SP5s

  11. A strange ‘chirp’ in a brilliant stellar blast points to a #magnetar
    About a billion light-years away, an extraordinary stellar explosion lit up in the night sky. The blast, detected December 12, 2024, was some 30 times the brightness of a typical #supernova, putting it in a rare group of superluminous #supernovas. Now, #astronomers believe they know what made the explosion so bright — an extreme type of star called a magnetar.
    sciencenews.org/article/superl
    archive.ph/6SP5s

  12. Durante años creímos que las supernovas dominaban el medio interestelar local, pero un nuevo hallazgo lo cambia todo. Conoce qué está agitando nuestra galaxia.

    #Supernovas #Galaxia #Astronomía #Tutiempo

    tutiempo.net/noticias/estan-la

  13. Observan en directo el nacimiento de un magnetar en la supernova superluminosa SN 2024fav, aclarando el origen de su brillo extremo con datos de +20 telescopios. aidoo.news/noticia/rEDJXx

    #Espacio #Supernovas #Magnetar #Astrofisica #Telescopios

  14. M31-2014-DS1 en Andrómeda se apagó durante 20 años y colapsó en un agujero negro de ~5 masas solares sin supernova: un colapso silencioso detectado en infrarrojo. aidoo.news/noticia/W0jkJr

    #Ciencia #Astrofísica #Supernovas #Andrómeda #Espacio

  15. M31-2014-DS1 en Andrómeda se apagó durante 20 años y colapsó en un agujero negro de ~5 masas solares sin supernova: un colapso silencioso detectado en infrarrojo. aidoo.news/noticia/W0jkJr

    #Ciencia #Astrofísica #Supernovas #Andrómeda #Espacio

  16. Double Cosmic Explosion Gives Birth to Unprecedented ‘Superkilonova’

    When massive stars die, they go out in fiery explosions called supernovas. On rarer occasions, two nearly dead…
    #NewsBeep #News #Physics #Gravitationalwave #LIGO #Science #supernovas #UK #UnitedKingdom
    newsbeep.com/uk/326475/

  17. This Star Is Being Eaten Alive—and Its Explosive Death Will Be Visible in Broad Daylight

    A case of astronomical fratricide is doomed to end in a fiery supernova bright enough to be spotted…
    #NewsBeep #News #Space #BinaryStars #Science #supernovas #UK #UnitedKingdom #whitedwarf
    newsbeep.com/uk/315624/

  18. Mind-Bending ‘Einstein Cross’ Reveals Ultrabright Supernova From an Unthinkable Distance

    The supernova SN 2025wny is hopelessly far, lying approximately 10 billion light-years from Earth. Normally, this would make…
    #NewsBeep #News #US #USA #UnitedStates #UnitedStatesOfAmerica #Science #Astrophysics #gravitationallenses #supernovas
    newsbeep.com/us/345292/

  19. Mind-Bending ‘Einstein Cross’ Reveals Ultrabright Supernova From an Unthinkable Distance

    The supernova SN 2025wny is hopelessly far, lying approximately 10 billion light-years from Earth. Normally, this would make…
    #NewsBeep #News #US #USA #UnitedStates #UnitedStatesOfAmerica #Science #Astrophysics #gravitationallenses #supernovas
    newsbeep.com/us/345292/

  20. "They conclude potential origins could be the Orion star-forming region that was located much closer to Earth long ago."

    There's a lot going on in Orion, Betelgeuse for instance, though thankfully that going pop would be humbling rather than terminal.

    universetoday.com/articles/gai

    #Astrodon #Orion #Supernovas #Space

  21. "They conclude potential origins could be the Orion star-forming region that was located much closer to Earth long ago."

    There's a lot going on in Orion, Betelgeuse for instance, though thankfully that going pop would be humbling rather than terminal.

    universetoday.com/articles/gai

    #Astrodon #Orion #Supernovas #Space

  22. "They conclude potential origins could be the Orion star-forming region that was located much closer to Earth long ago."

    There's a lot going on in Orion, Betelgeuse for instance, though thankfully that going pop would be humbling rather than terminal.

    universetoday.com/articles/gai

    #Astrodon #Orion #Supernovas #Space

  23. "They conclude potential origins could be the Orion star-forming region that was located much closer to Earth long ago."

    There's a lot going on in Orion, Betelgeuse for instance, though thankfully that going pop would be humbling rather than terminal.

    universetoday.com/articles/gai

    #Astrodon #Orion #Supernovas #Space

  24. "They conclude potential origins could be the Orion star-forming region that was located much closer to Earth long ago."

    There's a lot going on in Orion, Betelgeuse for instance, though thankfully that going pop would be humbling rather than terminal.

    universetoday.com/articles/gai

    #Astrodon #Orion #Supernovas #Space

  25. This Is What a Star Looks Like Just 26 Hours After It Explodes

    Astronomers have captured a first-of-its-kind image of a massive dying star. Just 26 hours after the supernova SN…
    #NewsBeep #News #US #USA #UnitedStates #UnitedStatesOfAmerica #Science #Astronomy #supernovas #verylargetelescope
    newsbeep.com/us/287738/

  26. This Is What a Star Looks Like Just 26 Hours After It Explodes

    Astronomers have captured a first-of-its-kind image of a massive dying star. Just 26 hours after the supernova SN…
    #NewsBeep #News #US #USA #UnitedStates #UnitedStatesOfAmerica #Science #Astronomy #supernovas #verylargetelescope
    newsbeep.com/us/287738/

  27. #Scientists Just Got an Unprecedented Glimpse into the Nature of Reality
    #GravitationalWaves are ripples in #spacetime that are produced by energetic cosmic events, such as #supernovas or mergers between #blackholes. Einstein predicted their existence in 1916 general theory of relativity, though he was doubtful humans could ever develop technologies sensitive enough to detect them. These waves oscillate at tiny distances that are thousands of times smaller than a proton.
    404media.co/scientists-just-go