Astronomers Amazed by Perfect 'Einstein Ring' Gleaming Around a Galaxy 590 Million Light-Years Away
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#EinsteinRing #Astronomy #SpaceDiscovery #Galaxies #CosmicWonder
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#EinsteinRing #Astronomy #SpaceDiscovery #Galaxies #CosmicWonder
ScienceAlert
Astronomers Amazed by Perfect 'Einstein Ring' Gleaming in Space
No one expected this.
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Astronomers have identified one of the largest rotating structures ever reported: a “razor-thin” string of galaxies 🌌✨ embedded in a giant spinning cosmic filament, 140 million light-years away.
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#Astronomy #Galaxies #SpaceDiscovery #CosmicFilament #ScienceNews
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#Astronomy #Galaxies #SpaceDiscovery #CosmicFilament #ScienceNews
University of Cambridge
Astronomers spot one of the largest spinning structures ever found in the Universe
Their findings, published in the Monthly Notices of the Royal Astronomical Society, could offer valuable new insights into how galaxies formed in the early Universe. Cosmic filaments are the largest
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Science News
Galaxy-killing wind discovered in the early universe, this wind could quickly blow away all the fuel for new stars, which may explain why there are far more massive 'dead' galaxies than expected in the early universe Read Full Article #GalaxyWind #EarlyUniverse…
🌌 Astronomers have identified a "galaxy-killing wind" in the early universe, potentially explaining the abundance of massive, "dead" galaxies. This wind, fueled by galaxy collisions and intense star formation, blasts away gas needed for new stars.
💥 Using JWST and ALMA, researchers studied CRISTAL-02, a galaxy one billion years after the Big Bang forming stars twice as fast as peers. They observed a massive cold gas plume ejected from the galaxy, indicating a powerful outflow.
⏳ This rapid gas expulsion suggests CRISTAL-02 could become a dead galaxy in less than 50 million years, offering a solution to the mystery of "live fast, die young" massive galaxies in the early universe. Nearly half of early massive galaxies interact with neighbors, pointing to this as a widespread phenomenon.
#Astrophysics #JWST #Galaxies
💥 Using JWST and ALMA, researchers studied CRISTAL-02, a galaxy one billion years after the Big Bang forming stars twice as fast as peers. They observed a massive cold gas plume ejected from the galaxy, indicating a powerful outflow.
⏳ This rapid gas expulsion suggests CRISTAL-02 could become a dead galaxy in less than 50 million years, offering a solution to the mystery of "live fast, die young" massive galaxies in the early universe. Nearly half of early massive galaxies interact with neighbors, pointing to this as a widespread phenomenon.
#Astrophysics #JWST #Galaxies
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