Astronauts hunting for radio signals from alien civilizations have discovered an “interesting signal” from the direction of Proxima Centauri, the star system closest to the sun. The Keeper recitation.
The researchers are still preparing a paper on the discovery, and the data has not been made public, according to The Keeper. But the signal is reportedly a narrow wave of 980 MHz radio waves detected in April and May 2019 at the Parkes telescope in Australia.
The Parkes telescope is part of the U.S. $ 100 million Breakthrough Listen project to hunt for radio signals from technology sources outside the solar system. The 980 MHz signal once appeared and was not detected again. That frequency is important because, as Scientific America notes, that the band of radio waves usually lacks signals from human craft and satellites.
Breakthrough Listen constantly finds unusual radio signals – from terrestrial sources, the sun ‘s natural radio output and natural sources outside the Solar System, there are a lot of radio waves crashing out there.
But this signal seems to have come directly from the Proxima Centauri system, just 4.2 light years from Earth. Even more tantalizing: The signal reportedly moved slightly while being watched, in a manner similar to the movement caused by planetary motion. Proxima Centauri has one known rocky world 17 percent larger than Earth, and one well-known gas giant.
The Keeper has named an anonymous source with apparent access to the data on this brand saying “This is the first major candidate for foreign communication from the‘ Wow! ”, A famous radio signal discovered in 1977 that was also similar to technosignature.
But The Keeper warns that this signal is “likely to be original as well.”
Such worse sources include a comet or its hydrogen cloud, which could also explain the Wow! Signal.
Penn State University’s Sofia Sheikh, who led the signal analysis for Breakthrough Listen, expressed her delight about it: “This is the most interesting signal we found in the Breakthrough Listen project, because we didn’t get a signal through. . here are a lot of our previous filters, “Sheikh said Scientific America, adding that the signal is now referred to as Breakthrough Listen Candidate 1, or BLC1.
Sexual challenge in finding foreign communication is that no one knows how aliens might communicate, and no one knows about the possible natural sources of radio waves in the world. Universe. So when even seemingly technological signals arrive and don’t come with an easy natural explanation, it’s a shame to make the leap to strangers.
So far, no data on this indicator is public, and it seems that even when it becomes public there will be no definitive answers; that is what happened to the Wow! A token after all.
This article was originally published by Live Science. Read the original article here.