James Webb Telescope Uncovers Supermassive Black Hole Without a Galaxy, Challenging Existing Theories
‘A Paradigm Shift’: Supermassive Black Hole Without a Galaxy Changes What We Thought Came First

Image: Gizmodo
The James Webb Space Telescope has discovered a supermassive black hole, named QSO1, existing without a host galaxy, dating back to just 700 million years after the Big Bang. This finding challenges the traditional view of black hole formation, suggesting they may have formed independently of galaxies.
- 01The supermassive black hole QSO1 is approximately 50 million times the mass of the Sun, constituting two-thirds of its total mass.
- 02This discovery indicates that supermassive black holes can evolve without the need for a surrounding galaxy to feed on.
- 03The black hole's formation challenges the classical scenario where galaxies formed first, followed by black holes from collapsing stars.
- 04The findings suggest the existence of primordial black holes or direct collapse black holes, a theory that has been proposed but not confirmed until now.
- 05The research was conducted by a team from the University of Cambridge and published in the journals Nature and the Monthly Notices of the Royal Astronomical Society.
Advertisement
In-Article Ad
The James Webb Space Telescope has made a groundbreaking discovery by identifying a supermassive black hole, designated QSO1, that existed without a host galaxy, dating back to just 700 million years after the Big Bang. This challenges the long-held belief that galaxies formed first and that black holes developed later from collapsing stars. Researchers, including Roberto Maiolino and Francesco D’Eugenio from the University of Cambridge, conducted detailed observations of QSO1, determining its mass to be approximately 50 million times that of the Sun, which constitutes about two-thirds of the total mass of the object. This finding suggests that black holes can grow independently of their surrounding galaxies, indicating a possible existence of primordial black holes. The chemical analysis of QSO1 revealed it is primarily composed of hydrogen and helium, lacking the heavier elements typical of star-rich galaxies. This discovery may lead to a significant paradigm shift in our understanding of cosmic evolution.
Advertisement
In-Article Ad
Advertisement
In-Article Ad
Reader Poll
What do you think about the implications of discovering a black hole without a galaxy?
Connecting to poll...
More about University of Cambridge
%3Aformat(jpg)%2Ff.elconfidencial.com%252Foriginal%252Fb62%252F13a%252Fc6c%252Fb6213ac6cbdd1dbcbb820fe6ce1fe563.jpg&w=1200&q=75)
Innovación en energía solar: células transparentes que transforman ventanas en generadores eléctricos
El Confidencial • May 28, 2026

Breakthrough in Lab-Grown Circuits Offers New Hope for Paralysis Recovery
Medical News • May 28, 2026

New Global Map Reveals Hidden Rare Earth Deposits Linked to Ancient Continental Crust
Science Daily • May 26, 2026
Read the original article
Visit the source for the complete story.




