Narrowband radio signal detected in April and May 2019
Parkes Observatory that detected BLC-1
BLC1 (Breakthrough Listen Candidate 1) was a candidate SETI radio signal detected and observed during April and May 2019, and first reported on 18 December 2020, spatially coincident with the direction of the Solar System's closest star, Proxima Centauri.[1][2][3]
^Drake, Nadia (2020-12-18). "Alien hunters detect mysterious radio signal from nearby star". National Geographic. Archived from the original on December 18, 2020. Retrieved 2020-12-19.
^Whitwam, Ryan (2020-12-23). "Astronomers Spot Potentially Artificial Radio Signal From Nearby Star". ExtremeTech. Retrieved 2020-12-23.
^Marchis, Franck (December 21, 2020). "Did Proxima Centauri Just Call to Say Hello? Not Really!". SETI Institute. Retrieved 2020-12-23.
BLC1 (Breakthrough Listen Candidate 1) was a candidate SETI radio signal detected and observed during April and May 2019, and first reported on 18 December...
emissions. Like BLC1, the signal was recorded in April and May 2019. Despite this, their finding has not been put in direct relation to the BLC1 signal by scientists...
December 18 Media outlets report that astronomers have detected a radio signal, BLC1, apparently from the direction of Proxima Centauri, the closest star to the...
fluctuations) HD 164595 signal (unknown origin) Other SHGb02+14a (radio source) Wow! signal (inconclusive) Fast radio burst (unknown origin) BLC1 (radio signal)...
by the Breakthrough Listen project which in April–May 2019 detected the BLC1 signal; later investigations, however, indicated it is probably of human...
Breakthrough Listen – Initiative to search for intelligent extraterrestrial life BLC1 – Narrowband radio signal detected in April and May 2019 Communication with...
18: Media outlets report that astronomers have detected a radio signal, BLC1, apparently from the direction of Proxima Centauri, the closest star to the...
congestion peak-hour. 25 October Astronomers report, with two studies, that 'BLC1' does not appear to be a technosignature or extraterrestrial radio transmission...
fluctuations) HD 164595 signal (unknown origin) Other SHGb02+14a (radio source) Wow! signal (inconclusive) Fast radio burst (unknown origin) BLC1 (radio signal)...
technosignature signals" after concluding that technosignature candidate BLC1 could be the result of a form of local radiofrequency interference. It has...
fluctuations) HD 164595 signal (unknown origin) Other SHGb02+14a (radio source) Wow! signal (inconclusive) Fast radio burst (unknown origin) BLC1 (radio signal)...
December Media outlets report that astronomers detected a radio signal, BLC1 (Breakthrough Listen Candidate 1), apparently coming from the direction of...
fluctuations) HD 164595 signal (unknown origin) Other SHGb02+14a (radio source) Wow! signal (inconclusive) Fast radio burst (unknown origin) BLC1 (radio signal)...
fluctuations) HD 164595 signal (unknown origin) Other SHGb02+14a (radio source) Wow! signal (inconclusive) Fast radio burst (unknown origin) BLC1 (radio signal)...
fluctuations) HD 164595 signal (unknown origin) Other SHGb02+14a (radio source) Wow! signal (inconclusive) Fast radio burst (unknown origin) BLC1 (radio signal)...
Proxima Centauri. It has been given the name Breakthrough Listen Candidate 1 (BLC1). As of December 2020[update], the researchers were still working to rule...
fluctuations) HD 164595 signal (unknown origin) Other SHGb02+14a (radio source) Wow! signal (inconclusive) Fast radio burst (unknown origin) BLC1 (radio signal)...
List of volunteer computing projects Radio source SHGb02+14a SETI SETI@home BLC1 Wow! signal "SERENDIP". UC Berkeley. Archived from the original on 2013-03-11...
fluctuations) HD 164595 signal (unknown origin) Other SHGb02+14a (radio source) Wow! signal (inconclusive) Fast radio burst (unknown origin) BLC1 (radio signal)...
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