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Black Holes

Supermassive Black Holes Primordial Black Holes Tidal Disruption Events Gravitational Waves Sagittarius A* Massive Black Holes Quasars Intermediate-Mass Black Holes Active Galactic Nuclei Early Universe Intermediate Mass Black Holes M87* Black Hole Jets Black Hole Formation Event Horizon Telescope X-ray Astronomy Black Hole Stars Dormant Black Holes Ultramassive Black Holes Binary Black Holes Imaging Techniques Accretion Disks Black Hole Mergers Binary Star Systems Binary Black Hole Mergers Galaxy Formation 1ES 1927+654 Quasi-Periodic Eruptions Space Probes Cosmic Jets Spacecraft Exploration Cosmic Evolution Intermediate Black Holes Cosmic Phenomena Stellar Interactions Binary Black Hole Systems Centaurus A Binary Stars Formation and Growth Galaxy NGC 5084 White Dwarfs Research Discoveries White Dwarf Stars Gaia BH3 Galaxy Clusters Mass Gap Between Neutron Stars and Black Holes Hypervelocity Stars Research Findings Galactic Phenomena Supernovae Event Horizon Galactic Evolution Stellar Mass Functions Detection Methods Blazars IGR J17091-3624 Hawking Radiation Extreme Nuclear Transients Neutron Stars Space Exploration Plunging Region UGC 11397 Cosmic Horseshoe Galaxy X-ray Polarimetry Cosmic Structures Wormholes General Relativity Star-Black Hole Interactions Formation of the Universe Research Proposals Accretion Flows Space Missions Interstellar Probes Exploration Missions Interstellar Missions GRS 1915+105 RACS J0320–35 Black Hole X-ray Binaries Wandering Black Holes Particle Jets Low-Mass Black Holes Galaxy Mergers Young Galaxies Formation of Black Holes Stellar Evolution Stellar-Mass Black Holes Spaghettification Binary Systems Kilonovas Accretion Discs Stellar Consumption Gas Dynamics Sound Waves Jet Systems Radiation Jets Jet Streams Plasma Jets Jet Structures Jets Astrophysical Jets

First Radio-Bright Tidal Disruption Event Found Outside a Galaxy’s Core Shows Record-Fast Flares

A peer-reviewed analysis finds a displaced supermassive black hole that fired delayed outflows months after shredding a star.

First Radio Image Shows Two Supermassive Black Holes Orbiting in Quasar OJ287

First Radio Image Resolves Two Supermassive Black Holes in Quasar OJ287

Citizen Scientists Find Most Distant, Most Powerful Odd Radio Circle With Twin Rings

VLT Interferometry Reweighs Distant Quasar’s Black Hole to About 1 Billion Suns

Wormhole Hypothesis Revives 2019 Wave Mystery as New Data Bolster Black‑Hole Physics