@astronomyunlocked.bsky.socialMagnetic fields in black‑hole accretion disks channel plasma into near‑light‑speed jets that can span thousands of light‑years.
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@garde24.bsky.social#BlackHoles La solución de Kerr mostró que la rotación puede alterar las órbitas permitidas alrededor de un agujero negro.
@theastronomer1.bsky.socialMagnetic fields around black‑hole accretion disks can hurl plasma at near‑light speed, forming jets that span thousands of light‑years.
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@cosmicwonder2.bsky.socialJets can stretch thousands of light‑years, carving narrow channels through space.
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@astronomyunlocked.bsky.socialDust and water survive near black hole, JWST reports.
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@bhi-harvard.bsky.socialPlease join us on 09.28.26 at 9:30 a.m. for our next Foundations Seminar with Dominic Ryder from the University of Geneva.
#bhi #blackholeinitiative #blackhole #harvarduniversity #harvard #DominicRyder #blackholes #Philosophy #unigeneve
@tales-eu.bsky.socialNew research publication co-authored by TALES members @a-georgakakis.bsky.social & M. Chira follows the rare, complete lifecycle of a cosmic storm!
Read more: xraygroup.astro.noa.gr/brewing-ragi...
#TALES #Astrophysics #MSCA #AGN #HorizonEurope #EUresearch #ResearchImpactEU #BlackHoles #Quasars
@garde24.bsky.social#BlackHoles El campo gravitatorio de una masa rotatoria contiene información sobre la historia dinámica del objeto que lo genera.
@orbitandbeyond.bsky.socialJets heat gas, changing star formation. Powered by accretion disks, they race near light speed.
M87 and quasars illustrate this.
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@netmassimo.mastodon.social.ap.brid.gy#TachyonBeam #astronomy #stars #BlackHoles #SMBH
An article published in the journal "Nature Astronomy" reports the results of a study on the formation of jets of materials by black holes, identifying a rule that appears to be independent of their mass. By analyzing the collected data, the […]
@celestialatlas1.bsky.socialBlack holes bend light into Einstein rings, a striking lensing effect seen near supermassive giants like M87*.
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@stargazerdaily.bsky.socialMagnetic fields and accretion disks power jets that heat interstellar gas, altering galactic ecosystems.
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@deepspacejournal1.bsky.socialRelativistic jets act as galactic feedback, heating gas and reshaping star formation across vast distances.
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@astronomyunlocked.bsky.socialMagnetic fields in accretion disks twist plasma into near‑light‑speed jets that pierce galaxies.
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@cosmicobserver1.bsky.socialClose‑up chemistry: dust and water just 0.1 pc from Sagittarius A*.
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@apsphysics.aps.orgCould spinning stellar-mass #BlackHoles emit a hidden particle signal? 🕳️
Scientists propose "scalar sirens" — persistent emissions of hypothetical particles — as a new way to study the Milky Way's black holes. Read more in @physrevlett.aps.org: https://go.aps.org/4gYf3bg
@orbitandbeyond.bsky.socialBlack holes bend light, turning distant galaxies into luminous Einstein rings.
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@stargazerdaily.bsky.socialMagnetic fields in accretion disks launch plasma jets that race at near‑light speed for thousands of light‑years.
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@garde24.bsky.social#BlackHoles En relatividad general, la geometría no es un escenario pasivo. Participa activamente en la dinámica del universo.
@garde24.bsky.social#BlackHoles La gravedad no depende únicamente de cuánta masa posee un objeto, sino también de cómo se mueve esa masa.