Researchers with the University of California, Berkeley’s SETI Research Center Breakthrough Listen team have deployed new neural net technology to help analyze the reams of data they’ve collection—and they quickly discovered a set of mysterious, as-of-yet unexplained fast radio bursts from a distant galaxy, per…
First, the bad news: Sunday is the anniversary of the disastrous white supremacist Unite the Right rally in Charlottesville, Virginia, that culminated in a neo-Nazi car attack that killed local woman Heather Heyer and wounded scores of others, as well as resulted in the deaths of two police officers. The organizer of…
You may have seen recent headlines about a strange radio signal picked up by a Canadian telescope. Some go as far as to say it was caused by all-caps ALIENS.
First detected in 2002, Fast Radio Bursts (FRBs) are quick, high-energy pulses originating from galaxies billions of light years away. Scientists still don’t know the true nature of these bursts or what’s causing them, but new observations of the only known repeating FRBs are providing details about the extreme…
Since their discovery in 2002, scientists have struggled to understand Fast Radio bursts—high-energy pulses that originate from galaxies billions of light-years away. Though only a handful of these radio blips have ever been detected, new research suggests they could be a ubiquitous fixture of the cosmos, flashing…
Scientists on the hunt for signs of extraterrestrial intelligence have detected 15 Fast Radio Bursts from a dwarf galaxy located three billion light-years away. Though likely not produced by aliens, the new observations could tell us more about these mysterious and powerful cosmic pulses.
“I don’t know!” is among the most scientific phrases you can utter. “I don’t know” is the reason you do science, after all. “I don’t know” means more funding, more jobs, more mysteries, and ultimately, more “now I knows.” Astronomers have now uncovered an “I don’t know” that might become an important tool to study…
Fast radio bursts are split-second intergalactic blips of radio waves we’ve detected over the last decade. You’d think that if we pointed our telescopes and other space cameras in the direction these bursts came from, we’d spot something else, too. But to date, we’ve got nothing—just radio waves.
Since their discovery ten years ago, fast radio bursts have confounded astronomers. These intergalactic pulses of radio energy have defied explanation, but a new theory suggests a technological origin, whereby aliens use these beams to propel their ships through space. Extremely speculative stuff, to be sure, but it’s…
Fast radio bursts, powerful pulses of radio energy of unknown cosmic origin, are a source of endless fascination to astronomers and alien conspiracy theory fodder to everybody else. But while most FRBs discovered to date are one-off events—a single chirp in the interstellar void, if you will—these phenomena got more…
Two months ago, astronomers picked up and then pinpointed a location of a weird burst of radio waves from space, prompting heated debate about just what was sending them. Now, new data has finally revealed that source.
Fast radio bursts, or FRBs, are a source of endless fascination. But despite a decade of observations, not all astronomers are sure that they’re real. A study out in Nature today, which reports the very first recurring FRB, may cause lingering skepticism to evaporate.
For years, astronomers have puzzled over “fast radio bursts” (FRBs), mysterious cosmic beats that may come from pulsars. Now, for the first time, researchers have pinpointed the location of one such burst—and the discovery hints at an even more epic origin story.
Back in 2007, astronomers detected an incredibly brief, incredibly strong radio wave burst in Australia. And now, on the opposite side of the world, astronomers have detected a second blast of similar proportions. Meaning that A) the first one wasn't a fluke, and B) we have absolutely no idea what's causing them.
Back in 2011 and 2012, astronomers working at an Australian observatory picked up a series of fleeting but powerful radio signals. These signals have never been detected elsewhere, casting doubts on their origin. But now, new observations from the Arecibo Observatory in Puerto Rico suggest they're for real.
