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Reseachers detect a direct radio signal from planet beyond solar system for the first time

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Gugliara, S. (2026, September 26). Reseachers detect a direct radio signal from planet beyond solar system for the first time. New York Post. https://nypost.com/2026/09/26/world-news/reseachers-detect-radio-signal-from-planet-beyond-solar-system/

Dated when The Aporia collected the article, usually within hours of publication. Check the original for its exact date and byline.

New York Post · collected 2026-09-26 · by Sonya Gugliara

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AI analysis

Story summary

A team of astrophysicists led by Kevin Ortiz Ceballos from Harvard and Smithsonian, along with researchers from the University of Oregon, Eugene, has detected a radio signal originating from an exoplanet for the first time. Using the MeerKAT radio telescope array in the Karoo semi-desert of South Africa, they discovered that "bursts" of signal from Beta Pictoris b are likely caused by massive auroras. Beta Pictoris b is a young and massive gas giant located about 64 light-years away from Earth, with a mass 12 times greater than Jupiter's. This discovery marks a significant step in the quest to understand exoplanets beyond our solar system and potentially locate signs of life elsewhere in the galaxy.

Written for “Exoplanet Radio Signal Detected” on 2026-11-01, grounded in this article and the 0 other(s) covering the same event.

Story

📰 Exoplanet Radio Signal Detected
Science · 1 article(s) covering the same event.

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How this article was measured signals, leaning charts, publisher record, byline, topics and claims

Signals How these are calculated →

Claims extracted
14
sentences that state something as happening or true
Uncertain
21%
3 of 14 hedged ("reportedly", "may", "according to")
Leaning
not political
takes no side on a contested political question
Publisher signals
66/100
New York Post's corrections and hedging, across everything collected from it. Not a measure of accuracy.
Outlets on this story
1
Science
Same framing elsewhere
1
articles that frame the event the way this one does
Analyzed 2026-09-26 · how these are computed

How this is being covered How these are calculated →

Article leaning vs. publisher reliability
Source leaning vs. consistency

Publisher

New York Post · 15680 article(s) · 35 correction(s) detected
Running correction rate · 35 correction(s)

Who wrote this

Sonya Gugliara
35 article(s) here · 1 carrying a prediction
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Also by Sonya Gugliara
Nothing else under this byline is closely related to this article, so these are simply their most recent.
All 35 articles by Sonya Gugliara →

Topics

Harvard MeerKAT Smithsonian South Africa the University of Oregon, Eugene

Subjects

Harvard ORG · 2× Kevin Ortiz Ceballos PERSON · 1× Ortiz Ceballos PERSON · 1× Smithsonian ORG · 1× South Africa GPE · 1× the University of Oregon, Eugene ORG · 1×

Narrative

The astronomers, led by Harvard and Smithsonian astrophysicist Kevin Ortiz Ceballos, used the MeerKAT radio telescope array, a powerful cluster of 64 interconnected satellite dishes in the Karoo semi-desert of the Northern Cape, South Africa, to make the discovery.
framing: mixed · carried by 1 article(s) · first seen 2026-09-26
🔮 The development is a major step toward discovering the types of planets within in the depths of the galaxy — and where life might be found.

Claims (14 extracted, 3 hedged)

A team of astrophysicists have detected a radio signal coming from a planet beyond the solar system for the first time in scientific history, according to bombshell new research. uncertain
team → detect → research
The development is a major step toward discovering the types of planets within in the depths of the galaxy — and where life might be found. uncertain
life → discover → galaxy
The team of astrophysicists from Harvard and the University of Oregon, Eugene, determined that “bursts” of signal appear to be driven by massive auroras from the planet Beta Pictoris b, according to the not-yet peer-reviewed paper. uncertain
bursts → determine → paper
Auroras are created when high-energy particles enter a planet’s atmosphere near its magnetic poles and collide with molecules or atoms of gas. asserted
particles → create → gas
Beta Pictoris b is a young and massive extoplanet — a planet located outside of the solar system — located about 64 light-years from Earth. asserted
b → locate → Earth
The so-called “gas giant” is 12 times heavier than Jupiter. asserted
giant → call → Jupiter
The astronomers, led by Harvard and Smithsonian astrophysicist Kevin Ortiz Ceballos, used the MeerKAT radio telescope array, a powerful cluster of 64 interconnected satellite dishes in the Karoo semi-desert of the Northern Cape, South Africa, to make the discovery. asserted
astronomers → lead → discovery
Once researchers nailed down that the signal was coming from the planet rather than its host star — the star it is bound to by gravity and orbits — they traced its origins to aural radio emission. asserted
they → nail → emission
Auroras look like glowing rays of colored light the the poles of a planet. asserted
Auroras → look → planet
The team found that the strength of the planet’s magnetic field is a whopping 1,250 gauss — nearly 291 stronger than Jupiter’s 4.3 gauss magnetic field. asserted
strength → find → field
This was also the first time the magnetic field of an extoplanet has been measured. asserted
field → measure → extoplanet
They work as protective layers for planets to keep its atmosphere from stripping away. asserted
They → work → atmosphere
The team hopes to use the same method on other giant extoplanets. asserted
team → hop → extoplanets
Ortiz Ceballos did not immediately return a request for comment. asserted
Ceballos → return → comment
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