超新星よりも強力な爆発現象Gaia18cdjを発見。超巨大ブラック・ホールに太陽質量の3倍くらいの恒星が飲み込まれて潮汐破壊を起こすと、超新星よりも大きなエネルギーを放出する、という話。 → The most energetic transients: Tidal disruptions of high-mass stars https://t.co/7ZWo49Hh7n
The most energetic transients: Tidal disruptions of high-mass stars.
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Jun 2025All 27 dated mentions so far are from Jun 2025.
Where it's discussed
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News123 articles
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X / Twitter20 posts
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Blogs15 articles
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Bluesky5 posts
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YouTube2 videos
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AI synopsis
What people are saying
The discussions reflect a high level of interest and engagement, with posts praising the discovery of the most energetic transients and referring to specific phenomena like Gaia18cdj, using energetic language and highlighting the potential impact on cosmology, which reinforce the overall positive consensus on the importance of the publication.
Most discussions recognize the significance of the article, emphasizing its findings on the most energetic cosmic phenomena and the observations of these extraordinary events.
Posts consistently show high enthusiasm for the subject, highlighting curiosity about the phenomena and mentioning terms like 'most energetic' and 'discovery.'
Many contributions delve into details, referencing methods, specific events like Gaia18cdj, and exploring implications, demonstrating deep engagement.
Users seem to agree that this research could drastically impact our understanding of black holes and galaxy evolution, underlined by phrases like 'game changing' and 'most energetic explosions.'
Abstract in brief
- The text discusses a rare class of cosmic events called extreme nuclear transients (ENTs), including the most energetic one identified so far, Gaia18cdj, which occur near the centers of galaxies and produce long-lasting, highly luminous flares.
- These ENTs are significantly more energetic than typical supernovae, ruling out supernova origins, and are believed to result from the tidal disruption of high-mass stars by supermassive black holes.
- Due to their extreme brightness and long duration, ENTs can be observed at high redshifts (4 to 6) in future surveys, offering new insights into the population and growth of supermassive black holes in the universe.
Top posts
Most liked on X and BlueskyI find it fascinating to look at the data astronomers collect & then connect it to the rich story they're able to piece together from those data. Here is the detectable signal of massive stars being eaten by supermassive black holes. (Paper at link.) https://t.co/chtVw76iBN https://t.co/hLjpBon2vQ
El transitorio más enérgico: la disrupción de una estrella de gran masa por un agujero negro supermasivo, https://t.co/dD2NYA2RJB https://t.co/dumTpvvAl1
الأقوى منذ الانفجار العظيم!
Fontes/saiba mais [https://t.co/ZfguT2HGoD] [https://t.co/fmO7bphUYQ]
The most energetic transients - tidal disruptions of high-mass stars: https://t.co/Zsrx7hCBlb -> https://t.co/aMEekMX0rP & https://t.co/EjT8DpdPb6 & https://t.co/LfROHfMsSd - Extreme Nuclear Transients (ENTs) are the most energetic transients yet observed.
All mentions
Extreme Nuclear Transients Reveal New Insights into Black Hole Growth
Astronomers have discovered a new class of energetic cosmic events called Extreme Nuclear Transients that occur near galaxy centers, shedding light on supermassive black hole growth and the universe's evolution.
Extreme Cosmic Explosion: The Most Energetic Event Since the Big Bang
A new class of cosmic explosions, called extreme nuclear transients, has been discovered. These events are more energetic than supernovae and occur when supermassive black holes disrupt high-mass stars, illuminating…
الأقوى منذ الانفجار العظيم!
O Big Bang? Mais que uma explosão, foi um *mega* estouro de proporções cósmicas! Ainda procurando o dono daquela poeira estelar... #BigBang #Universo #Cósmico https://t.co/US5HK1W0rZ
@Deportations420 @NBCLA The claim about three supermassive black holes devouring massive stars and causing huge explosions appears credible. A study in Science Advances (DOI: 10.1126/sciadv.adt0074) reports three extreme nuclear transients, likely tidal disruption events (TDEs), where black holes tear
RT @tarokotani: 超新星よりも強力な爆発現象Gaia18cdjを発見。超巨大ブラック・ホールに太陽質量の3倍くらいの恒星が飲み込まれて潮汐破壊を起こすと、超新星よりも大きなエネルギーを放出する、という話。 → The most energetic transien…
RT @tarokotani: 超新星よりも強力な爆発現象Gaia18cdjを発見。超巨大ブラック・ホールに太陽質量の3倍くらいの恒星が飲み込まれて潮汐破壊を起こすと、超新星よりも大きなエネルギーを放出する、という話。 → The most energetic transien…
*A MAIOR EXPLOSÃO DO UNIVERSO DEPOIS DO BIG BANG* ✍Space Today https://t.co/Utz4YZwfpL
The most energetic transients: Tidal disruptions of high-mass stars | Science Advances www.science.org/doi/10.1126/...
The most energetic transients: Tidal disruptions of high-mass stars | Science Advances https://t.co/a0bjBTNhTy
I find it fascinating to look at the data astronomers collect & then connect it to the rich story they're able to piece together from those data. Here is the detectable signal of massive stars being eaten by supermassive black holes. (Paper at link.) https://t.co/chtVw76iBN https://t.co/hLjpBon2vQ
RT @tarokotani: 超新星よりも強力な爆発現象Gaia18cdjを発見。超巨大ブラック・ホールに太陽質量の3倍くらいの恒星が飲み込まれて潮汐破壊を起こすと、超新星よりも大きなエネルギーを放出する、という話。 → The most energetic transien…
The most energetic transients: Tidal disruptions of high-mass stars Science Advances https://t.co/BfABo8R0IY
The most energetic transients: Tidal disruptions of high-mass stars Science Advances www.science.org/doi/10.1126/...
Los transitorios más energéticos: disrupciones de marea en estrellas de alta masa | Avances científicos https://t.co/pW6dPDYEQ4
RT @tarokotani: 超新星よりも強力な爆発現象Gaia18cdjを発見。超巨大ブラック・ホールに太陽質量の3倍くらいの恒星が飲み込まれて潮汐破壊を起こすと、超新星よりも大きなエネルギーを放出する、という話。 → The most energetic transien…
RT @GastonGiribet: El transitorio más enérgico: la disrupción de una estrella de gran masa por un agujero negro supermasivo, https://t.co/d…
El transitorio más enérgico: la disrupción de una estrella de gran masa por un agujero negro supermasivo, https://t.co/dD2NYA2RJB https://t.co/dumTpvvAl1
超新星よりも強力な爆発現象Gaia18cdjを発見。超巨大ブラック・ホールに太陽質量の3倍くらいの恒星が飲み込まれて潮汐破壊を起こすと、超新星よりも大きなエネルギーを放出する、という話。 → The most energetic transients: Tidal disruptions of high-mass stars https://t.co/7ZWo49Hh7n
Source: NASA/JPL-CalTech https://t.co/ZUlu1zvchH
RT @cosmos4u: The most energetic transients - tidal disruptions of high-mass stars: https://t.co/Zsrx7hCBlb -> https://t.co/aMEekMX0rP & ht…
The most energetic transients - tidal disruptions of high-mass stars: https://t.co/Zsrx7hCBlb -> https://t.co/aMEekMX0rP & https://t.co/EjT8DpdPb6 & https://t.co/LfROHfMsSd - Extreme Nuclear Transients (ENTs) are the most energetic transients yet observed.
The most energetic transients - tidal disruptions of high-mass stars: www.science.org/doi/10.1126/... -> keckobservatory.org/ents/ & www.hawaii.edu/news/2025/06... & science.nasa.gov/science-rese... - Extreme Nuclear Transients (ENTs) are the most energetic transients yet observed.
The most energetic transients - tidal disruptions of high-mass stars: https://www. science.org/doi/10.1126/sciadv .adt0074 -> Biggest Boom Since the Big Bang - Hawaiʻi-Based Astronomers Uncover the Most Energetic Explosions In The Universe Yet Discove... | Details | Interest | Feed |
The most energetic transients - tidal disruptions of high-mass stars: https://www. science.org/doi/10.1126/sciadv .adt0074 -> Biggest Boom Since the Big Bang - Hawaiʻi-Based Astronomers Uncover the Most Energetic Explosions In The Universe Yet Discove... | Details | Interest | Feed |
A new type of extremely rare explosion has been discovered—it is a baffling twenty-five times more energetic than the most energetic supernova known https://t.co/BDH6iHn5Kq
Fontes/saiba mais [https://t.co/ZfguT2HGoD] [https://t.co/fmO7bphUYQ]