More Mysterious Radio Bursts Were Detected Radiating From Space
Another series of mysterious “fast radio bursts” (FRBs) has been detected by a new telescope in Canada, emanating from somewhere deep in the cosmos. The last detection of FRBs came last year, picked up by Breakthrough Listen, a project focused on detecting signs of intelligent extraterrestrial life.
FRBs are a series of incredibly short, powerful radio emissions in millisecond lengths, coming form an unknown source, lightyears away. Signals were detected last year, named FRB 121102, and were the first repeating radio bursts ever discovered, believed to be emitting from a distant neutron star — the highly dense core of a collapsed star.
The source of the latest signals could be a number of things, including an exploding black hole, magnetar, a spinning pulsar known as a blitzar, or the most exciting prospect; a highly advanced extraterrestrial race.
The frequency of these signals, named FRB 180725A, are the first of their kind to be detected below 700 mHz. The FRBs earlier this year were above 800 mHz, with scientists calculating their source to be some 3 billion lightyears away. The source would have emanated the same amount of power in each burst as our sun does in an entire day.

If these mysterious waves are coming from an extraterrestrial civilization, their setup would be equivalent to two Earth-sized generators, and would likely exist as a power source for spacecraft, rather than simply sending signals into the universe to make their presence known.
The signals were detected by the Canadian Hydrogen Intensity Mapping Experiment (CHIME) in British Columbia, a telescope that has been operating for under a year, with the primary goal of detecting FRBs. The telescope constantly scans 1,024 individual points in the sky 24/7, at 16,000 different frequencies, 1000 times per second; talk about an advanced piece of technology.
The first FRBs were discovered about a decade ago, making them one of the newest cosmological phenomena monitored by astrophysicists. Only a few dozen of these radio bursts have been detected since their initial discovery and scientists still consider the extraterrestrial explanation plausible.
Now that the CHIME telescope is solely focused on the signals, it may only be a matter of time until evidence of an intelligent extraterrestrial source are discovered. If they are from an advanced civilization, let’s just hope it still exists, considering these signals would have been sent millions or even billions of years ago.
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Watch this episode of Ancient Civilizations in which we discuss the exciting prospect of an advanced extraterrestrial civilization transmitting FRBs:
Scientists to Broadcast New Message to ETs Across the Galaxy
Scientists are planning a new message for any potential extraterrestrials in the universe, by sending a cosmic ‘hello’ to any intelligent life in space.Â
When we make contact with extraterrestrials, how will we communicate with them? What if we sent them a message showing information about Earth, humanity, and our technological capabilities?Â
That was the idea behind the Arecibo message in 1974, designed by Frank Drake and Carl Sagan. The now-famous message was the most powerful broadcast sent into space, from the, now defunct, Arecibo Radio Telescope in Puerto Rico. The binary message consisted of our solar system, strands of DNA, a human figure, and chemicals related to Earth, among other things. Â
Now, nearly 50 years later an international team of researchers introduced a new message intended for extraterrestrials. The team, led by Jonathan Jiang of NASA’s Jet Propulsion Laboratory, felt it was time to update the Arecibo message since we have come so far technologically since 1974. Â
The proposed message dubbed “the beacon in the galaxy” will include some similar information as Arecibo, including, “[B]asic mathematical and physical concepts to establish a universal means of communication followed by information on the biochemical composition of life on Earth, the Solar System’s time-stamped position in the Milky Way relative to known globular clusters, as well as digitized depictions of the Solar System, and Earth’s surface.