Astronomers detect ancient fast radio burst from early universe
Published 18h ago · Latest report 15h ago
Covered in 2 countries
Astronomers detected an ancient fast radio burst that traveled across 80% of cosmic history.
Scientists have detected a powerful flash of energy traveling from the early universe across approximately 10 billion years. This mysterious fast radio burst originated just 3 billion years after the Big Bang, traversing roughly 80% of cosmic history to reach Earth. Researchers hope this distant signal will provide new insights into the evolution and composition of the cosmos.
- Cosmic timelineThe signal was emitted when the universe was merely 3 billion years old.
- Travel distanceThe radio waves spent about 10 billion years traveling through space before detection.
- Scientific valueResearchers consider these ancient flashes crucial for mapping the history of the cosmos.
By the numbers
Why it matters
Fast radio bursts are intensely bright flashes of cosmic radio waves that last for only a fraction of a millisecond. Discovering signals originating from the distant early universe helps astronomers study matter distributed across intergalactic space that would otherwise remain invisible.
What outlets agree on
Astronomers have detected an extremely distant fast radio burst that originated approximately 3 billion years after the Big Bang and took about 10 billion years to reach Earth.
In this story
Covered by 3 outlets
67% of the sources are Left
Lean ratings via AllSides, Media Bias/Fact Check
- The GuardianAstronomers detect mysterious burst of energy from a galaxy far, far away15h ago · open ↗
- The IndependentAstronomers find mysterious signal coming to us from the early universe18h ago · open ↗
- ABC News (Australia)It took 10 billion years for this signal from the early universe to reach us18h ago · open ↗
Similar stories
What people are saying
Opens a search on that site in a new tab. Posts there are not ours and are not checked.
The headline, summary and key points are AI-generated from the sources above.





Comments