Harvard Scientists Detect Radio Signal Coming Directly From Planet Outside the Solar System
Harvard researchers have confirmed that radio signals detected from Beta Pictoris b, a massive exoplanet 63 light-years away, are natural auroral emissions caused by charged particles interacting with a magnetic field at least 200 times stronger than Jupiter's. The team used South Africa's MeerKAT array to pinpoint the signal by cross-referencing radio images with background quasar positions. Experts have ruled out artificial origin. Separately, China's FAST telescope detected a candidate signal toward the K2-155 system, but researchers attribute it to Earth-based interference. A signal initially linked to Proxima Centauri was also traced to terrestrial sources after months of analysis.
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- ✓ Harvard researchers detected natural auroral radio emissions from exoplanet Beta Pictoris b using the MeerKAT array in South Africa.
- ✓ Beta Pictoris b is a massive exoplanet located 63 light-years from Earth.
- ✓ The planet's magnetic field is estimated to be at least 200 times stronger than Jupiter's.
- ✓ Experts confirmed the Beta Pictoris b signal is natural and not from an alien civilization.
What changed
Previous report established the Beta Pictoris b detection; new corroborated sources add confirmed terrestrial interference explanations for candidate signals at K2-155 and Proxima Centauri, plus a novel game-theory search strategy.
Live updates
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Harvard team confirms natural radio emissions from exoplanet Beta Pictoris b
Harvard researchers have confirmed that radio signals detected from Beta Pictoris b, a massive exoplanet 63 light-years away, are natural auroral emissions caused by charged particles interacting with a magnetic field at least 200 times stronger than Jupiter's. The team used South Africa's MeerKAT array to pinpoint the signal by cross-referencing radio images with background quasar positions. Experts have ruled out artificial origin. Separately, China's FAST telescope detected a candidate signal toward the K2-155 system, but researchers attribute it to Earth-based interference. A signal initially linked to Proxima Centauri was also traced to terrestrial sources after months of analysis.
Why it matters
Detecting natural magnetospheric radio emissions from a directly imaged exoplanet provides a new method to measure magnetic field strengths and study space weather beyond our solar system. The MeerKAT technique demonstrates how next-generation arrays can isolate planetary signals from stellar noise. Meanwhile, recent false positives from FAST and Proxima Centauri searches highlight the persistent challenge of distinguishing terrestrial interference from potential technosignatures. Game-theory approaches are now being tested to narrow search windows by predicting when alien civilizations might transmit during predictable Earth-Sun alignments.
What is confirmed
- Harvard researchers detected natural auroral radio emissions from exoplanet Beta Pictoris b using the MeerKAT array in South Africa.
- Beta Pictoris b is a massive exoplanet located 63 light-years from Earth.
- The planet's magnetic field is estimated to be at least 200 times stronger than Jupiter's.
- Experts confirmed the Beta Pictoris b signal is natural and not from an alien civilization.
- China's FAST telescope detected a candidate signal toward star system K2-155, but researchers concluded Earth interference is the likely cause.
- A signal initially appearing to come from Proxima Centauri was traced back to Earth-based sources after months of analysis.
Still unconfirmed
- Game theory suggests alien civilizations might choose predictable Earth-Sun alignments to initiate contact.
What to watch next
- Publication of peer-reviewed papers detailing the MeerKAT detection methodology and magnetic field measurements for Beta Pictoris b
- Results from game-theory guided SETI observing campaigns targeting Earth-Sun alignment windows
- Further FAST telescope observations of K2-155 to confirm interference rejection
confidence 92%Sources used for this update (3)
- geekspin.co — China detects rare radio signal from distant star system
- knowridge.com — Game theory offers a new clue to when aliens might call
- theunredacted.com — A Signal from Proxima - The Unredacted
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Astronomers Use Background Quasars to Pinpoint Beta Pictoris b Radio Signal
Researchers detected natural auroral radio emissions from Beta Pictoris b, a massive exoplanet 63 light-years from Earth. The team used the MeerKAT array in South Africa to identify the signal by comparing radio images with the positions of distant background quasars. These emissions result from charged particles interacting with the planet's magnetic field, which is estimated to be at least 200 times stronger than Jupiter's. Experts have confirmed the signal is a natural occurrence and not a transmission from an alien civilization.
Why it matters
Detecting magnetic fields on exoplanets helps scientists understand planetary formation and atmospheric protection. This observation marks a rare instance of a direct radio detection from a planet outside the solar system.
What is confirmed
- Beta Pictoris b is a massive exoplanet located 63 light-years from Earth.
- The MeerKAT array in South Africa measured the radio emissions.
- The exoplanet's magnetic field is at least 200 times stronger than Jupiter's.
- The radio signal originates from charged particles interacting with the planet's magnetic field and atmospheric conditions.
- The emissions are natural phenomena rather than alien messages.
- Researchers identified the signal by comparing radio images with the position of distant background quasars.
What to watch next
- Further measurements of the Beta Pictoris b magnetic field strength
- Analysis of additional exoplanets using background quasar comparison
confidence 100%Sources used for this update (5)
- astroherzberg.org — DAO Astronomy Colloquium - Herzberg Astrophysics
- www.vistazo.com — ¿De dónde provino la primera señal de radio detectada fuera ...
- www.dailymail.com — Scientists detect mysterious radio signal in search of alien ...
- www.sciencefocus.com — We may have accidentally sent the strangest messages to 29 ...
- www.techno-science.net — What is this incomprehensible radio signal evolving in our ...
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Radio Signals Detected From Exoplanet Beta Pictoris b
Astronomers detected auroral radio emissions originating directly from Beta Pictoris b, a massive exoplanet located 63 light-years from Earth. Researchers utilized the MeerKAT array in South Africa to measure the signals, which stem from charged particles interacting with the planet's atmospheric conditions and magnetic field. This observation allowed scientists to estimate that the exoplanet possesses a magnetic field at least 200 times stronger than Jupiter's. Experts confirmed the emissions are natural phenomena rather than messages from an alien species.
Why it matters
Detecting radio emissions from worlds outside our solar system helps researchers understand the inner workings of planetary magnetic fields. These fields protect atmospheres from stellar winds, a key factor in planetary habitability. While previous detections of space signals have come from deep space sources like quasars or pulsars, capturing emissions directly from an exoplanet opens a new avenue for studying distant worlds.
What is confirmed
- Radio signals originating from the exoplanet Beta Pictoris b were measured using the MeerKAT array in South Africa.
- The signals are generated by intense auroras created through the interaction of charged particles with atmospheric and magnetic conditions.
- Researchers estimate that Beta Pictoris b has a magnetic field at least 200 times stronger than Jupiter's.
- Beta Pictoris b is situated 63 light-years away from Earth.
Still unconfirmed
- Initial media excitement led some observers to question if the radio signals were attempted communications from an alien species.
What to watch next
- Further observations of exoplanet magnetic fields using radio astronomy arrays
- Additional studies on the atmospheric conditions of Beta Pictoris b
confidence 100%Sources used for this update (10)
- gardnermagazine.com — Greater Gardner MA Local News October 2026 – Gardner News Magazine: Local News & Articles in Gardner MA
- www.skyatnightmagazine.com — 7 of the strangest signals from space ever detected. Some are ...
- www.cnn.com — ‘It’s big’: Astronomers make startling discovery of a possible dwarf planet beyond Pluto
- www.wgbh.org — Potential new dwarf planet found by Harvard astrophysicists | GBH
- www.quantamagazine.org — How Do You Take a Picture of a Black Hole?
- www.passioneastronomia.it — Rilevato per la prima volta segnale radio proveniente da un ...
- en.wikipedia.org — Quasar - Wikipedia
- www.wamc.org — Radio Signals From Beta Pictoris b | WAMC
- tech.yahoo.com — Hiding in Plain Sight Beyond Pluto: Vera C. Rubin Observatory ...
- eps.harvard.edu — Harvard EPS - Harvard Department of Earth and Planetary Sciences
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Harvard Scientists Detect Radio Signal from Exoplanet
Scientists have directly detected a radio signal from Beta Pictoris b, a massive exoplanet 63 light-years from Earth. The signal is caused by intense auroras and was measured using the MeerKAT array in South Africa. This detection allowed researchers to estimate the planet's magnetic field, which is at least 200 times stronger than Jupiter's.
Why it matters
The detection of a radio signal from an exoplanet provides a new method for analyzing the internal compositions of planets outside our solar system. This finding could help scientists better understand the properties of distant planets and their potential for supporting life.
What is confirmed
- Astronomers have directly detected a radio signal from Beta Pictoris b, a massive exoplanet 63 light-years from Earth.
- The signal is caused by intense auroras and was measured using the MeerKAT array in South Africa.
- The planet's magnetic field is at least 200 times stronger than Jupiter's.
Still unconfirmed
- A radio signal in space switches on and off every 18 minutes.
- A mysterious interstellar radio signal has been blinking on and off every 22 minutes for over 30 years.
What to watch next
- Further analysis of the radio signal from Beta Pictoris b
- Investigation into the source of the mysterious interstellar radio signal
confidence 80%Sources used for this update (5)
- www.thetimes.com.au — A mysterious interstellar radio signal has been blinking on and off ...
- www.yahoo.com — A Strange Radio Signal in The Far Reaches of The ... - Yahoo
- www.wol.com — Scientists detect radio signals from an exoplanet for the ...
- sciworthy.com — Could scientists find extraterrestrial spacecraft in our ...
- projects.cosmicds.cfa.harvard.edu — Planet Parade
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Harvard Scientists Detect Radio Signal from Exoplanet
Astronomers have directly detected a radio signal from Beta Pictoris b, a massive exoplanet 63 light-years from Earth. The signal is caused by intense auroras and was measured using the MeerKAT array in South Africa. This detection allowed researchers to estimate the planet's magnetic field, which is at least 200 times stronger than Jupiter's. The finding provides a new method for analyzing the internal compositions of planets outside our solar system.
Why it matters
The discovery of radio signals from exoplanets is a significant development in the field of astronomy, as it enables scientists to study the properties of distant planets in greater detail. Beta Pictoris b is a gas giant exoplanet located in the outer reaches of the Beta Pictoris star system. The detection of radio signals from this planet is the first of its kind and has implications for the study of exoplanetary magnetic fields and auroral activity.
What is confirmed
- Astronomers detected radio signals from Beta Pictoris b, a massive exoplanet 63 light-years from Earth.
- The radio signals are caused by intense auroras.
- The planet's magnetic field is at least 200 times stronger than that of Jupiter.
- The detection was made using the MeerKAT array in South Africa.
What to watch next
- Further analysis of the internal composition of Beta Pictoris b
- Detection of radio signals from other exoplanets
- Confirmation of the findings by other research teams
confidence 90%Sources used for this update (5)
- www.sci.news — Astronomy News | Sci.News
- www.tameteo.com — Des astronomes détectent pour la première fois des aurores ...
- public.nrao.edu — National Radio Astronomy Observatory – Revealing the Hidden ...
- science.nasa.gov — Exoplanets - NASA Science
- www.youtube.com — Astronomers Detected A Signal From Deep Space (And They ...
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Harvard Astronomers Measure First Extrasolar Magnetic Field via Radio Signals
Astronomers have directly measured the magnetic field of Beta Pictoris b, a massive exoplanet located 63 light-years from Earth. Using the MeerKAT array in South Africa, researchers identified repeating radio bursts caused by intense auroras. The planet's magnetic field is at least 200 times stronger than that of Jupiter. Investigators confirmed these emissions are natural phenomena rather than signs of intelligent technology. This discovery provides a first-of-its-kind method for scientists to analyze the internal compositions of planets outside our solar system.
Why it matters
Detecting magnetic fields is critical for understanding planetary interiors and atmospheric protection. Beta Pictoris b serves as the first confirmed case of an extrasolar magnetic field measured through radio signals.
What is confirmed
- Beta Pictoris b is a massive exoplanet 63 light-years from Earth.
- The planet's magnetic field is at least 200 times stronger than Jupiter's.
- Researchers used South Africa's MeerKAT array to identify repeating radio bursts.
- The radio signals are generated by intense auroras.
- The detected activity is natural and not the result of intelligent alien technology.
What to watch next
- Application of this radio-detection method to other known exoplanets
- Further analysis of Beta Pictoris b's internal structure based on magnetic field strength
confidence 100%Sources used for this update (6)
- en.wikipedia.org — List of exoplanets discovered in 2026 - Wikipedia
- briankeating.com — Are UFOs Alien Tech? Avi Loeb vs Michael Shermer - BRIANKEATING
- economictimes.indiatimes.com — mysterious signal in space: Latest News & Videos, Photos ...
- www.opovo.com.br — Sinal de rádio vindo de planeta a 63 anos-luz permite medir ...
- economictimes.indiatimes.com — what is hottest planet in solar system News and Updates from ...
- www.wionews.com — 88 days apart, twice: Mystery signal detected coming from ...
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Harvard Scientists Confirm First Radio Signal From Exoplanet Beta Pictoris b
Harvard astronomers identified repeating radio bursts from Beta Pictoris b, a massive exoplanet 63 light-years from Earth. Using South Africa's MeerKAT array, researchers determined the signals come from intense auroras. These emissions are driven by a magnetic field at least 200 times stronger than Jupiter's. Investigators confirmed the activity is natural and not the result of intelligent alien technology. This discovery marks the first direct evidence of an extrasolar magnetic field, providing a new method for scientists to study the internal structures of distant planets.
Why it matters
The detection of a planetary magnetic field helps researchers understand how distant worlds are formed and maintained. This finding occurs against the backdrop of the Fermi paradox, which describes the gap between the high probability of extraterrestrial civilizations and the lack of evidence for them.
What is confirmed
- Harvard astronomers detected radio signals originating from the exoplanet Beta Pictoris b.
- The signals are caused by intense auroras.
- The planet is located 63 light-years from Earth.
- The emissions result from a magnetic field at least 200 times stronger than Jupiter's.
- The MeerKAT array in South Africa recorded the emissions.
- The phenomenon is natural magnetic activity rather than intelligent technology.
What to watch next
- Analysis of other exoplanets using the MeerKAT array to find additional magnetic fields
- Peer-reviewed publication of the internal structure models of Beta Pictoris b
confidence 100%Sources used for this update (5)
- en.wikipedia.org — Fermi paradox - Wikipedia
- okdiario.com — Astrónomos de Harvard detectan señal de radio histórica en el ...
- correiodoestado.com.br — Astrônomos detectam sinal vindo de um planeta fora do Sistema ...
- n1n.com.br — Astrônomos detectam pela primeira vez sinal de rádio vindo de ...
- www.lmneuquen.com — Impactante: astrónomos detectaron una emisión de radio fuera ...
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Harvard Scientists Detect Radio Signal From Exoplanet
Harvard astronomers successfully isolated repeating radio bursts originating directly from Beta Pictoris b, a massive exoplanet located 63 light-years from Earth. Researchers used South Africa's MeerKAT array to record the emissions. The signals stem from intense auroras powered by a colossal magnetic field at least 200 times stronger than Jupiter. Investigators confirm this phenomenon represents natural magnetic activity rather than intelligent alien technology. This detection provides the first direct evidence of an extrasolar magnetic field, creating a new pathway to analyze the interiors and structures of distant worlds.
Why it matters
The detection marks the first time scientists have recorded radio emissions originating directly from a planet outside the solar system. While modern radio monitoring initiatives like the Search for Extraterrestrial Intelligence focus on finding evidence of civilizations, this discovery demonstrates powerful natural magnetic processes on distant worlds. Researchers can now utilize these radio bursts to study the properties of extrasolar planets.
What is confirmed
- Harvard astronomers detected radio signals emitted by the exoplanet Beta Pictoris b.
- Beta Pictoris b is located 63 light-years from Earth.
- The emissions represent natural magnetic activity rather than signals from intelligent life.
What to watch next
- Further observations using radio arrays like MeerKAT to detect magnetic fields on other exoplanets
- Additional analysis of Beta Pictoris b to model its internal structure and auroral mechanics
confidence 100%Sources used for this update (6)
- www.theweather.com — Radio signals from another planet have been detected for the ...
- sentidonacional.com — Científicos de Harvard detectan señales de radio de un ...
- agendacontinua.com — Señales de radio de exoplaneta detectadas por primera vez ...
- www.science-et-vie.com — Des astronomes de Harvard détectent un signal radio ...
- www.clarin.com — Científicos de Harvard detectan por primera vez señales de ...
- en.wikipedia.org — Search for extraterrestrial intelligence - Wikipedia
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Astronomers Detect First Direct Radio Signal From Exoplanet
Astronomers have recorded the first-ever radio signal originating directly from a planet outside the solar system. Researchers traced these repeating short radio pulses to Beta Pictoris b, a young and massive gas giant orbiting a star roughly 63 light-years from Earth. Scientists used South Africa's MeerKAT array to detect the emissions, which stem from intense auroras powered by a magnetic field at least 200 times stronger than Jupiter's. Investigators confirm this phenomenon represents natural magnetic activity rather than alien technology, creating a new pathway to analyze the structure and interiors of distant worlds.
Why it matters
Detecting planetary radio emissions offers astronomers a direct method to measure magnetic fields on distant worlds, which heavily influence whether a planet can retain an atmosphere. This discovery provides a fresh tool to study planetary evolution and parallels the magnetic phenomena observed in our own solar system. Researchers can now apply similar radio-detection techniques to other exoplanets across the galaxy.
What is confirmed
- Astronomers detected the first direct radio signal from a planet outside the solar system, tracing emissions to the exoplanet Beta Pictoris b.
- Researchers used South Africa's MeerKAT array to detect the auroral radio signals.
- The radio waves point to a magnetic field at least 200 times stronger than Jupiter's.
What to watch next
- Further observations using radio telescope arrays to detect magnetic fields on other exoplanet candidates
- Additional analysis of Beta Pictoris b to refine measurements of its planetary magnetic field strength
confidence 100%Sources used for this update (4)
- en.protothema.gr — The mysterious radio signal from a planet beyond the Solar System: What exactly did scientists detect?
- www.thedailystar.net — Astronomers find radio emissions from an exoplanet
- www.infomance.com — Astronomers Just Detected a Radio Signal Coming Directly From ...
- starlust.org — Astronomers detect first-ever radio signal from a planet ...
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Astronomers Detect First Radio Signal From Exoplanet
Astronomers have recorded the first-ever radio signal coming directly from a planet outside the solar system. Researchers traced the emission to Beta Pictoris b, a young and massive gas giant orbiting a star located approximately 63 light-years from Earth. Analysis indicates the repeating short radio pulses stem from intense auroras driven by a powerful magnetic field surrounding the distant world. Investigators confirm the phenomenon represents natural magnetic activity rather than alien intelligence, offering a new method to study the structure of faraway planets and the history of early Earth.
Why it matters
Scientists used South Africa's MeerKAT telescope array to detect the emissions from Beta Pictoris b. This milestone provides astronomers with a direct approach to studying exoplanet magnetic fields, which are notoriously difficult to observe directly. The discovery builds hope for peering deeper into distant planetary systems and understanding their internal compositions.
What is confirmed
- Astronomers directly detected a radio signal from a planet outside the solar system for the first time.
- The radio emissions originate from Beta Pictoris b, located around 63 light-years from Earth.
- The signals are associated with intense auroras and a strong magnetic field.
What to watch next
- Further telescope observations to detect magnetic fields on other exoplanets
- Additional analysis of the MeerKAT data regarding Beta Pictoris b
confidence 100%Sources used for this update (6)
- wsvn.com — Radio signal detected for the first time from a planet outside our solar system - WSVN 7News | Miami News....
- www.smithsonianmag.com — Researchers May Have Directly Glimpsed an Exoplanet’s Magnetic Field for the First Time, Building Hope of Peering Deeper Into Faraway Worlds
- www.harvard.edu — Programs - Harvard University
- fakti.bg — For the first time, a radio signal from an exoplanet was ...
- www.bbc.co.uk — Radio signals detected from distant planet for first time - BBC
- www.cronista.com — Astronomers detect radio emission outside the Solar System ...
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Astronomers Detect First Radio Signal From Exoplanet
Astronomers have directly detected a radio signal originating from a planet outside the solar system for the first time. The emission comes from Beta Pictoris b, an exoplanet located 63 light-years from Earth. Researchers used South Africa's MeerKAT telescope array to record repeating short radio pulses driven by massive auroras from the gas giant's intense magnetic field. Investigators confirm the phenomenon represents natural magnetic activity rather than evidence of alien life. The discovery may help scientists better understand the structure of distant worlds and the history of early Earth.
Why it matters
This detection marks the first time astronomers have traced radio bursts to a specific planet outside the solar system rather than an entire host system. Previous observations could not isolate signals from single planets in this manner. Researchers note the discovery offers a new tool to study colossal magnetic fields on distant worlds.
What is confirmed
- Astronomers have detected a radio emission from Beta Pictoris b, an exoplanet 63 light-years from Earth.
- The discovery marks the first time a radio signal has been confirmed as coming from a single planet rather than an entire system.
- The signal is evidence of a colossal magnetic field and natural magnetic activity rather than intelligent life.
Still unconfirmed
- A mysterious radio signal from deep space has astronomers asking if someone is out there trying to say hello.
What to watch next
- Further observations using telescope arrays like MeerKAT to detect magnetic fields on other distant worlds
- Additional analysis of how planetary magnetic fields relate to the structure and history of early Earth
confidence 100%Sources used for this update (7)
- www.cnn.com — Radio signal detected for the first time from a planet ...
- www.skyatnightmagazine.com — Scientists have detected radio signals from a planet beyond ...
- en.bb.lv — Astronomers Detect Radio Signal from a Planet Outside the ...
- www.wcvb.com — Radio signal detected for the first time from a planet outside our solar system - WCVB
- timesofindia.indiatimes.com — A signal from beyond: Astronomers detect radio waves from a planet 63 light-years away
- flipboard.com — SpaceX Starship splashes down after reaching orbit in unprecedented test flight
- www.thenews.com.pk — First radio emission detected from planet beyond our solar system
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Radio Signals Detected From Exoplanet Beta Pictoris b
Scientists have captured repeating short radio pulses originating directly from Beta Pictoris b, an exoplanet located 63 light-years from Earth. The detection marks the first time astronomers have traced radio bursts to a specific planet outside the solar system rather than its host star. Researchers used South Africa's MeerKAT telescope array to record the signals, which are driven by massive auroras powered by the gas giant's intense magnetic field. Investigators confirm the phenomenon represents natural magnetic activity rather than evidence of alien life.
Why it matters
Previous radio detections in planet-hosting systems could not be definitively localized to a specific planet. This discovery allows astronomers to study planetary magnetic fields beyond the solar system for the first time.
What is confirmed
- Astronomers detected repeating radio bursts coming directly from an exoplanet outside the solar system for the first time.
- The short radio pulses originate from the gas giant Beta Pictoris b, located 63 light-years from Earth.
- Researchers used South Africa's MeerKAT telescope array to capture the signals.
- Scientists report the signals are driven by massive auroras powered by the planet's intense magnetic field.
- Researchers confirm the phenomenon has no connection to alien life and represents natural magnetic activity.
What to watch next
- Further observations of Beta Pictoris b using radio telescope arrays
- Additional searches for localized radio signals from other exoplanet systems
confidence 100%Sources used for this update (7)
- www.harvard.edu — Harvard University
- en.wikipedia.org — Harvard University - Wikipedia
- www.harvard.edu — Welcome to Harvard
- college.harvard.edu — Apply | Harvard
- college.harvard.edu — Harvard College | Harvard
- www.hindustantimes.com — Sign of life outside solar system? Scientists detect radio signals from planet 63 light-years away from E....
- en.wikipedia.org — Harvard College - Wikipedia
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Astronomers Detect First Radio Signals Directly From an Exoplanet
Astronomers have detected repeating radio bursts coming directly from an exoplanet outside the solar system for the first time. Using South Africa's MeerKAT telescope array, a research team captured short radio pulses originating from the gas giant Beta Pictoris b, located 63 light-years from Earth. Scientists report the signals are driven by massive auroras powered by the planet's intense magnetic field. Researchers confirm the phenomenon has no connection to alien life and represents natural magnetic activity. Previous radio detections in planet-hosting systems could not be definitively localized to a specific planet rather than its host star.
Why it matters
Astronomers have confirmed more than 6,300 exoplanets orbiting stars beyond our solar system, but observing their magnetic fields has remained difficult. Detecting auroral radio emissions allows researchers to take the first direct measurement of an exoplanet's magnetic field strength. This milestone offers new tools for studying the atmospheric and interior conditions of worlds outside our solar system.
What is confirmed
- Astronomers detected short, repeating radio bursts originating directly from the exoplanet Beta Pictoris b.
- The exoplanet Beta Pictoris b is located 63 light-years from Earth.
- Scientists used South Africa's MeerKAT radio telescope array to capture the signals.
- The radio emissions are driven by massive auroras caused by the gas giant's intense magnetic field.
- The discovery marks the first time radio signals have been pinpointed directly to an exoplanet.
Still unconfirmed
- The findings were detailed in a yet-to-be-peer-reviewed paper.
What to watch next
- Full peer review and publication of the research paper
- Additional targeted observations of Beta Pictoris b using radio telescope arrays
- Searches for similar auroral radio signals on other confirmed exoplanets
confidence 95%Sources used for this update (18)
- Futurism — Harvard Scientists Detect Radio Signal Coming Directly From Planet Outside the Solar System
- WIRED — Scientists Detect Radio Signals From an Exoplanet for the First Time in History
- Phys.org — Astronomers detect radio signals coming from an exoplanet for the first time
- Cleveland.com — Scientists traced a mysterious signal to a distant planet in a historic first
- Avi Loeb – Medium — First Radio Signal from an Exoplanet Has Nothing to Do with Aliens
- futurism.com — Harvard Scientists Detect Radio Signal Coming Directly From Planet Outside the Solar System
- www.thenews.com.pk — Harvard scientists detect mysterious radio signal from planet outside our solar system
- nypost.com — Reseachers detect radio signal from planet beyond Solar System
- www.dailymail.com — Scientists detect radio signals coming directly from an exoplanet for the first time
- www.archyde.com — Harvard Scientists Detect Radio Signal Coming Directly From Planet Outside the Solar System – Archyde
- www.wired.com — Scientists Detect Radio Signals from an Exoplanet for the First Time in History
- classichits1390.iheart.com — Scientists Detect Radio Signals From An Exoplanet For The First Time Ever | 1390 KRRZ
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