52 trends tracked about this subject — the full history, oldest to newest below.
Astronomers using the James Webb Space Telescope have discovered Nāpōwawāʻenakaulua, the oldest compact pair of black hole-powered quasars ever found, just 900 million years after the Big Bang.
New scientific models attempt to explain hundreds of mysterious little red dots discovered in the sky by the Webb telescope.
Researchers modeled a possible origin for Webb's little red dots, reviving the question of whether they are primordial black holes from the Big Bang.
Astronomers are investigating mysterious 'little red dots' detected by the Webb Space Telescope that may reveal the origins of the first black holes.
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Astronomers are debating the origin of 'little red dots' discovered by the James Webb Telescope, weighing stellar collisions against black hole activity.
Calculations suggest that black holes spinning near their maximum possible rate could split into two separate entities.
Astronomers have identified three active, feeding supermassive black holes residing within a single galaxy from the dawn of time.
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Coverage explores theories that tiny ancient black holes might inhabit a hidden fifth dimension.
Recent studies reveal how supermassive black holes halt star formation in host galaxies.
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Scientists uncover a universal rule governing when black holes expel powerful jets after consuming stellar matter.
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Astronomers are utilizing gravitational-wave analysis to identify black hole impostors and explain a record-breaking merger event.
Astronomers propose gravitational lensing as a new explanation for an impossible, record-breaking black hole merger.
Physicists have developed a new method to detect black hole 'hair' by analyzing the ringdown waveforms of gravitational waves.
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Recent coverage examines dying radio galaxies to reveal how supermassive black hole jets turn off.
JWST spots a solar-system‑wide, 100‑billion‑fold brighter object powered by a black hole, hinting at a brand‑new class of star.
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Scientists reveal two million new cosmic X-ray sources, nearly doubling our view of the high-energy universe.
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New astronomical observations reveal that black holes may expel nearly as much matter as they consume during violent eruption cycles.
Recent scientific estimates suggest an invisible population of 170 million black holes populates the Milky Way.
Astronomers have detected a rare 'wandering' mega black hole at the edge of a galaxy, captured as it shreds a nearby star.
New observations from the James Webb Space Telescope reveal a supermassive black hole recycling its own fuel to sustain its activity.
NASA is preparing to launch the Roman Space Telescope on August 30 to investigate black holes and search for Earth-like Jupiters.
Physicists have successfully transitioned a theoretical black hole energy extraction thought experiment into a tangible laboratory reality.
The James Webb Space Telescope has captured new data on black hole fuel sources and the unexpectedly rapid development of early galaxies.
Physicists have engineered a black hole made of light to test and update Stephen Hawking's theories on radiation and black hole mechanisms.
A cosmic collision 1.3 billion light-years away has validated a 1971 prediction by Stephen Hawking through the detection of gravitational waves.
NASA's Nancy Grace Roman Space Telescope is poised to transform cosmic understanding by observing distant black holes that shred stars.
Astronomers have discovered the first stellar-mass black hole within the Omega Centauri star cluster, identifying a rare long-period binary system.
NASA's Hubble Space Telescope has detected the first of thousands of missing black holes within the ancient Omega Centauri star cluster.
Gravitational wave analysis has uncovered 'second-generation' black holes, suggesting some are born from previous black hole mergers.
Physicists have successfully replicated a black hole energy extraction effect in a laboratory, validating a 50-year-old theoretical framework.
Physicists have successfully replicated black hole energy extraction in a laboratory setting using synthetic rotation.
Physicists spot a novel gravitational‑wave pulse from a black hole’s event horizon, a signal that could reshape black‑hole science.
Researchers have identified a massive new catalog of 390 gravitational-wave events, suggesting some black holes are formed by previous mergers.
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Physicists have successfully simulated a black hole in a laboratory setting, observing the critical process of Hawking radiation.
The James Webb Space Telescope has identified early-universe objects that challenge existing theories on galaxy and black hole formation.
Physicists are analyzing the loudest gravitational wave signal ever recorded to study the event horizons of black holes.
Astronomers are reconsidering the heart of the Milky Way as a hidden black hole may explain the origin of the galaxy's most mysterious stars.
Astronomers have utilized the loudest gravitational waves ever recorded to study the event horizon and spacetime whirlpools of colliding black holes.
The James Webb Space Telescope has identified a massive galactic merger involving six galaxies within a dense 10-billion-year-old cluster.
Data from the James Webb telescope and XRISM reveal powerful black hole winds are halting star formation in giant galaxies.
New theoretical physics models suggest that collapsing stars may form internal mini-universes, potentially resulting in gravastars instead of black holes.
Recent theoretical research suggests that structures identified as 'spacetime crystals' may potentially lead to the formation of small black holes.
NASA’s James Webb Space Telescope may have solved a cosmic mystery: the 'little red dots' of the early universe could be black hole stars