JWST identifies candidate black-hole star from early universe

JWST identifies candidate black-hole star from early universe

Astronomers using the James Webb Space Telescope said they have identified a solar-system-sized object that existed 660 million years after the Big Bang and may represent a new class of “black-hole star.” Earlier reports described the source, dubbed MoM-BH*-1, as a massive black hole surrounded by an extremely dense, dust-free gas cloud, based on spectroscopic data that showed an extreme Balmer break. The team, including researchers from the University of Hawaii and MIT, noted that the object’s unusually bright emission could explain the previously observed “little red dots” in early-universe surveys.

Actors

Rohan Naidu Robert Simcoe University of Hawaii Massachusetts Institute of Technology (MIT) James Webb Space Telescope Nature

Locations

University of Hawaii, Hawaii, United States Massachusetts Institute of Technology, Cambridge, Massachusetts, United States

Articles

August 20, 2026
2 total
JWST discovers distant, solar-system-sized object that may be first confirmed black-hole star
JWST discovers distant, solar-system-sized object that may be first confirmed black-hole star

Yahoo • 20 Aug 15:25

Astronomers using the James Webb Space Telescope have identified a red, ultra-bright source from 660 million years after the Big Bang that could represent a new class of object—a black-hole star—surrounded by a dense gas envelope.

Credibility 72% Manip. 9% Center
JWST discovers candidate black hole star from early universe
JWST discovers candidate black hole star from early universe

Live Science • 20 Aug 15:25

Astronomers using the James Webb Space Telescope have identified a solar-system-sized object 660 million years after the Big Bang that may represent a new class of “black hole star,” offering clues to the nature of the previously mysterious “little red dots.”

Credibility 72% Manip. 8% Center
August 17, 2026
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James Webb Telescope Identifies New Class of Black Hole-Powered Stellar Object
James Webb Telescope Identifies New Class of Black Hole-Powered Stellar Object

Yahoo • 17 Aug 18:25

Astronomers using the James Webb Space Telescope have identified a previously unknown type of luminous object, dubbed a “black-hole star,” in which a massive black hole is enveloped by a dense gas cloud that emits intense radiation.

Credibility 55% Manip. 30% Center
Astronomers Identify New Class of ‘Black Hole Star’ Using James Webb Telescope
Astronomers Identify New Class of ‘Black Hole Star’ Using James Webb Telescope

Jalopnik • 17 Aug 18:25

Researchers analyzing James Webb Space Telescope data have identified a previously unknown type of celestial object—a dense gas cloud surrounding a massive black hole that emits light far brighter than typical stars.

Credibility 65% Manip. 25% Center
August 14, 2026
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James Webb Telescope Identifies New Class of Object Called a Black Hole Star
James Webb Telescope Identifies New Class of Object Called a Black Hole Star

Yahoo • 14 Aug 19:40

Astronomers using the James Webb Space Telescope have identified a massive object, MoM-BH*-1, that appears to be a black hole surrounded by a dense gas envelope, representing a previously hypothesized class of “black hole stars.”

Credibility 78% Manip. 8% Center
August 13, 2026
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Astronomers Identify Unusual Black-Hole Star Candidate Using JWST
Astronomers Identify Unusual Black-Hole Star Candidate Using JWST

New York Post • 13 Aug 17:39

A team using the James Webb Space Telescope discovered an object that appears to combine a massive black hole with a star-sized gas cloud, offering new clues about early cosmic structures.

Credibility 68% Manip. 30% Center
August 12, 2026
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Astronomers Identify New 'Black Hole Star' Object in Early Universe
Astronomers Identify New 'Black Hole Star' Object in Early Universe

CBS News • 12 Aug 16:42

A team using the James Webb Space Telescope discovered an object the size of the solar system that emits energy far beyond typical stars, suggesting a black hole surrounded by gas, potentially explaining previously observed red dots.

Credibility 78% Manip. 8% Center
JWST discovers gas-enshrouded black hole at redshift 7.76 with extreme Balmer break
JWST discovers gas-enshrouded black hole at redshift 7.76 with extreme Balmer break

Nature • 12 Aug 15:06

Spectroscopic observations with JWST reveal a compact source 660 million years after the Big Bang whose spectrum is best explained by a supermassive black hole surrounded by extremely dense, dust-free gas, offering a possible view of early black-hole growth.

Credibility 72% Manip. 7% Center