Black Hole(@konstructivizm) 's Twitter Profile Photo

Stunning: A wide-field view of the area around Gaia BH3, the most massive stellar black hole in our galaxy

The black hole itself is not visible, but the star that orbits around it can be seen right at the centre of this image

(Credit: ESO/Digitized Sky Survey 2/D. De Martin

Stunning: A wide-field view of the area around Gaia BH3, the most massive stellar black hole in our galaxy

The black hole itself is not visible, but the star that orbits around it can be seen right at the centre of this image

(Credit: ESO/Digitized Sky Survey 2/D. De Martin
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World and Science(@WorldAndScience) 's Twitter Profile Photo

Comparison of several stellar black holes in our galaxy

This artist’s impression compares side-by-side three stellar black holes in our galaxy: Gaia BH1, Cygnus X-1 and Gaia BH3, whose masses are 10, 21 and 33 times that of the Sun respectively.

(Credit: ESO/M. Kornmesser)

Comparison of several stellar black holes in our galaxy

This artist’s impression compares side-by-side three stellar black holes in our galaxy: Gaia BH1, Cygnus X-1 and Gaia BH3, whose masses are 10, 21 and 33 times that of the Sun respectively.

(Credit: ESO/M. Kornmesser)
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World and Science(@WorldAndScience) 's Twitter Profile Photo

Stunning: A wide-field view of the area around Gaia BH3, the most massive stellar black hole in our galaxy

The black hole itself is not visible, but the star that orbits around it can be seen right at the centre of this image

(Credit: ESO/Digitized Sky Survey 2/D. De Martin)

Stunning: A wide-field view of the area around Gaia BH3, the most massive stellar black hole in our galaxy

The black hole itself is not visible, but the star that orbits around it can be seen right at the centre of this image

(Credit: ESO/Digitized Sky Survey 2/D. De Martin)
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AsrtoArxiv(@AstroArxiv) 's Twitter Profile Photo

The 33 M$_\odot$ black hole Gaia BH3 is part of the disrupted ED-2 star cluster. (replaced) E. Balbinot et. al. arxiv.org/abs/2404.11604

The 33 M$_\odot$ black hole Gaia BH3 is part of the disrupted ED-2 star  cluster. (replaced) E. Balbinot et. al. arxiv.org/abs/2404.11604
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Black Hole(@konstructivizm) 's Twitter Profile Photo

Comparison of several stellar black holes in our galaxy

This artist’s impression compares side-by-side three stellar black holes in our galaxy: Gaia BH1, Cygnus X-1 and Gaia BH3, whose masses are 10, 21 and 33 times that of the Sun respectively.

(Credit: ESO/M. Kornmesser)

Comparison of several stellar black holes in our galaxy

This artist’s impression compares side-by-side three stellar black holes in our galaxy: Gaia BH1, Cygnus X-1 and Gaia BH3, whose masses are 10, 21 and 33 times that of the Sun respectively.

(Credit: ESO/M. Kornmesser)
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Daisuke Yamaguchi(@DaisukeNatural4) 's Twitter Profile Photo

天の川銀河内で観測史上最も大きな恒星質量ブラックホールを発見 natural-science-research-institute.org/menu/news/2024… わし座方向約2000光年ほどの近い場所にあり、Gaia BH3と名付けられた。質量は太陽質量のおよそ33倍。金属欠乏星が重力崩壊してできたBHであるとの結論に至ったとしている。イメージ( C ) eso et al.

天の川銀河内で観測史上最も大きな恒星質量ブラックホールを発見 natural-science-research-institute.org/menu/news/2024… わし座方向約2000光年ほどの近い場所にあり、Gaia BH3と名付けられた。質量は太陽質量のおよそ33倍。金属欠乏星が重力崩壊してできたBHであるとの結論に至ったとしている。イメージ( C ) eso et al.
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THE SCIENCE SHOW with Dr Dada(@TScienceShow) 's Twitter Profile Photo

Large Stellar Black Hole Gaia BH3 Identified - Astronomers have discovered what is currently considered the most massive stellar black hole in our galaxy, 33 times the mass of the sun (Published in the Astronomy and Astrophysics Journal)

🌟 Listen to the latest radio broadcast

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なみなみ☄️●🌐(@tosshiyukki3692) 's Twitter Profile Photo

天の川銀河の恒星ブラックホールとしては最も重い「Gaia BH3」を発見 sorae.info/astronomy/2024…

自己増殖型枠レプリコンは
一人から数万人を空気感染=接種させ
日本人を絶滅させる
悪魔のナノテク兵器
悪魔の枠を初めから
止めなかった救世主は偽物です

2年前から密かに4300人治験済み…

天の川銀河の恒星ブラックホールとしては最も重い「Gaia BH3」を発見 sorae.info/astronomy/2024…

自己増殖型枠レプリコンは
一人から数万人を空気感染=接種させ
日本人を絶滅させる
悪魔のナノテク兵器
悪魔の枠を初めから
止めなかった救世主は偽物です

2年前から密かに4300人治験済み…
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ICCUB(@ICC_UB) 's Twitter Profile Photo

🔵 researchers led by Dani Marin submitted a new paper that proposes an origin for the !

🌌Their research shows that the star-black hole's chemistry and motion are compatible with the parent globular cluster of a stream in the Milky Way halo
arxiv.org/abs/2404.13036

🔵#ICCUB researchers led by Dani Marin submitted a new paper that proposes an origin for the #GaiaBH3!

🌌Their research shows that the star-black hole's chemistry and motion are compatible with the parent globular cluster of a stream in the Milky Way halo
arxiv.org/abs/2404.13036
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La Science, CQFD(@ScienceCQFD) 's Twitter Profile Photo

[ ] Et pour (ré)écouter la chronique du jour > Découverte de Gaïa BH3, le trou stellaire le plus massif de notre galaxie tinyurl.com/yojxg4uc par Alexandra Delbot via France Culture

[#Podcast] Et pour (ré)écouter la chronique #AvecSciences du jour > Découverte de Gaïa BH3, le trou stellaire le plus massif de notre galaxie tinyurl.com/yojxg4uc par @AlexandraDelbot via @franceculture #ScienceCQFD
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AsrtoArxiv(@AstroArxiv) 's Twitter Profile Photo

The boring history of Gaia BH3 from isolated binary evolution. Giuliano Iorio et. al. arxiv.org/abs/2404.17568

The boring history of Gaia BH3 from isolated binary evolution. Giuliano Iorio et. al. arxiv.org/abs/2404.17568
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Televisa Puebla(@TelevisaPuebla) 's Twitter Profile Photo

🌌 ¡Descubrimiento revolucionario! Un agujero negro 33 veces más grande que el Sol, denominado Gaia BH3, ha sido identificado en nuestra Vía Láctea, en la constelación de Aquila. Ubicado a solo 2,000 años luz, este gigante cósmico redefine nuestro entendimiento del espacio.

🌌 ¡Descubrimiento revolucionario! Un agujero negro 33 veces más grande que el Sol, denominado Gaia BH3, ha sido identificado en nuestra Vía Láctea, en la constelación de Aquila. Ubicado a solo 2,000 años luz, este gigante cósmico redefine nuestro entendimiento del espacio.
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Gaston Giribet(@GastonGiribet) 's Twitter Profile Photo

Más sobre Gaia BH3, el agujero negro de 33 masas solares detectado a menos de 2.000 años luz de nosotros: scitechdaily.com/record-breakin…

Más sobre Gaia BH3, el agujero negro de 33 masas solares detectado a menos de 2.000 años luz de nosotros: scitechdaily.com/record-breakin…
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Kosmonauta.net(@kosmonauta_net) 's Twitter Profile Photo

W odległości zaledwie około 1900 lat świetlnych od Układu Słonecznego znajduje się czarna dziura o oznaczeniu Gaia BH3. Jest to aktualnie druga względem odległości najbliższa znana czarna dziura.
kosmonauta.net/2024/04/gaia-b…

W odległości zaledwie około 1900 lat świetlnych od Układu Słonecznego znajduje się czarna dziura o oznaczeniu Gaia BH3. Jest to aktualnie druga względem odległości najbliższa znana czarna dziura.
kosmonauta.net/2024/04/gaia-b…
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Giuseppe Donatiello(@GJDonatiello) 's Twitter Profile Photo

Gaia BH3 proviene da un antico ammasso globulare
L'ORBITA GALATTICA E LA SUA METALLICITÀ SONO COERENTI CON L'APPARTENENZA AL FLUSSO STELLARE ED-2

cosmo2050.com/2024/04/30/gai…

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