Scientists Detect Record-Breaking Radio Signal from the Ancient Universe
Astronomers have detected a fast radio burst (FRB) that traveled 10 billion light-years, originating from a galaxy 3 billion years after the Big Bang. The signal, detected by the James Webb Space Telescope and MeerKAT array, is the most distant FRB ever found, doubling the previous distance record. This ancient signal provides insights into the early universe and its intergalactic matter.
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- ✓ The FRB traveled 10 billion light-years to reach Earth.
- ✓ The signal originated from a galaxy 3 billion years after the Big Bang.
- ✓ This FRB is the most distant ever found, doubling the previous distance record.
- ✓ The detection was made using the James Webb Space Telescope and MeerKAT array.
What changed
The detection of this record-breaking FRB by the James Webb Space Telescope and MeerKAT array marks a significant milestone in the study of these enigmatic signals.
Live updates
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Scientists Detect Record-Breaking Radio Signal from Ancient Universe
Astronomers have detected a fast radio burst (FRB) that traveled 10 billion light-years, originating from a galaxy 3 billion years after the Big Bang. The signal, detected by the James Webb Space Telescope and MeerKAT array, is the most distant FRB ever found, doubling the previous distance record. This ancient signal provides insights into the early universe and its intergalactic matter.
Why it matters
Fast radio bursts are unexplained, energetic signals from space that have been detected in recent years. The record-breaking FRB provides a unique opportunity to study the universe's early stages and its evolution over billions of years. Understanding FRBs can help scientists map the universe's intergalactic matter and shed light on the conditions of the early universe.
What is confirmed
- The FRB traveled 10 billion light-years to reach Earth.
- The signal originated from a galaxy 3 billion years after the Big Bang.
- This FRB is the most distant ever found, doubling the previous distance record.
- The detection was made using the James Webb Space Telescope and MeerKAT array.
What to watch next
- Further analysis of the FRB's properties and origin
- Detection of more FRBs at similar distances
- Implications for our understanding of the early universe's structure and evolution
confidence 95%Sources used for this update (16)
- www.livescience.com — James Webb telescope pinpoints the most distant 'fast radio burst' ever seen, more than 10 billion light-....
- 404 Media — Scientists Detect Record-Breaking Radio Signal from the Ancient Universe
- NASA Science (.gov) — Webb Measures Distance to Farthest Fast Radio Burst, Suggesting Origin
- The Guardian — Astronomers detect mysterious burst of energy from a galaxy far, far away
- Live Science — James Webb telescope traces a record-breaking radio signal to the ancient universe
- Universe Today — The Most Distant FRB Tells The Story Of Its Origin
- www.scientificamerican.com — Astronomers discover record-breaking ancient cosmic outburst | Scientific American
- www.theguardian.com — Astronomers detect mysterious burst of energy from a galaxy ...
- economictimes.indiatimes.com — ET Science Desk news: Read stories by ET Science Desk on
- www.404media.co — Scientists Detect Record-Breaking Radio Signal from the Ancient Universe - 404 Media
- scienceofficial.org — Most Distant Fast Radio Burst Detected at Redshift 2.148
- theconversation.com — Astronomers pinpoint the origin of a 10 billion-year-old ...
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