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First potential radio signal from exoplanet detected - The Financial Express

First potential radio signal from exoplanet detected - The Financial Express
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Jaked turnerCornell universityUpsilon andromedaeLow frequency arrayTau bootesகார்னெல் பல்கலைக்கழகம்குறைந்த அதிர்வெண் வரிசை

A sign of alien life? Scientists detect first-ever radio signal from exoplanet

A sign of alien life? Scientists detect first-ever radio signal from exoplanet The researchers uncovered emission bursts from the Tau Bootes star-system hosting a so-called hot Jupiter, a gaseous giant planet that is very close to its own sun. Washington: An international team of scientists has collected the first possible radio signal from a planet beyond our solar system, emanating from an exoplanet system about 51 light-years away. Using the Low Frequency Array (LOFAR), a radio telescope in the Netherlands, the researchers uncovered emission bursts from the Tau Bootes star-system hosting a so-called hot Jupiter, a gaseous giant planet that is very close to its own sun.

United statesJaked turnerCornell universityLow frequency arrayTau bootesUpsilon andromedaeஒன்றுபட்டது மாநிலங்களில்கார்னெல் பல்கலைக்கழகம்குறைந்த அதிர்வெண் வரிசை

Scientists detect possible radio emission from exoplanet

Scientists detect possible radio emission from exoplanet Credit: Jack Madden/Cornell University. By monitoring the cosmos with a radio telescope array, a Cornell University-led international team of scientists has detected radio bursts emanating from the constellation Boötes. The signal could be the first radio emission collected from a planet beyond our solar system. The team, led by Jake D. Turner, Philippe Zarka and Mathias Griessmeier, published their findings in the journal Astronomy & Astrophysics. “We present one of the first hints of detecting an exoplanet in the radio realm,” Turner said. “The signal is from the Tau Boötes system, which contains a binary star and an exoplanet.

Jaked turnerMathias griessmeierRay jayawardhanaPhilippe zarkaJack madden cornell universityCornell carl sagan instituteCornell university ledHarold tanner deanLow frequency arrayUpsilon andromedaeCarl saganபலா மேடன் கார்னெல் பல்கலைக்கழகம்கார்னெல் கார்ல் சாகன் நிறுவனம்கார்னெல் பல்கலைக்கழகம் வழிநடத்தியதுஹரோல்ட் தோல் பதனிடுதல் டீன்குறைந்த அதிர்வெண் வரிசை

First Radio Emission Received From a Planet Outside of Our Solar System

All together now … with feeling: “It’s aliens!” OK, the team, led by Cornell postdoctoral researcher Jake D. Turner, Philippe Zarka of the Observatoire de Paris – Paris Sciences et Lettres University and Jean-Mathias Griessmeier of the Université d’Orléans, isn’t yelling that with feeling along with us, but it’s a great signal they’ve picked up using the Low Frequency Array (LOFAR) radio telescope in the Netherlands. The exoplanet – a hot Jupiter gaseous giant named Tau Boötes b – is in a tight orbit around Tau Boötis, a binary system consisting of a yellow-white dwarf and a dim red dwarf that is 51 light years from Earth in the Boötis constellation. The radio bursts are almost certainly coming from the exoplanet, which has Turner’s postdoctoral advisor and astronomy professor Ray Jayawardhana pretty excited.

France generalÎe de franceJaked turnerJean mathias griessmeierRay jayawardhanaPhilippe zarkaParis sciences et lettres universityObservatoire de parisParis sciencesLettres universityLow frequency arrayUpsilon andromedaeபிரான்ஸ் ஜநரல்அவதானிப்பு டி பாரிஸ்பாரிஸ் அறிவியல்குறைந்த அதிர்வெண் வரிசை

Radio emissions may have been detected from exoplanet -- Science & Technology -- Sott net

© Jack Madden/Cornell University In this artistic rendering of the Tau Boötes b system, the lines representing the invisible magnetic field are shown protecting the hot Jupiter planet from solar wind.By monitoring the cosmos with a radio telescope array, an international team of scientists has detected radio bursts emanating from the constellation Boötes - that could be the first radio emission collected from a planet beyond our solar system. The team, led by Cornell postdoctoral researcher Jake D. Turner, Philippe Zarka of the Observatoire de Paris - Paris Sciences et Lettres University and Jean-Mathias Griessmeier of the Université d Orléans will publish their findings in the forthcoming research section of

United statesEastern capeSouth africaFrance generalUnited kingdomÎe de franceBaptiste cecconiJulienn girardJaked turnerJonathand nicholsJ emilio enriquezRay jayawardhanaJean mathias griessmeierJoseph lazioPhilippe zarkaUniversity of california