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Of course, any single FRB is unlikely to fully explain the multitudes now known. “We still don’t really agree on that.” Cosmic Curiosities “Did this happen on the surface of the star or in the magnetosphere or in the material around the magnetar?” asks Emily Petroff, an astrophysicist also at the University of Amsterdam. But what precisely that means for the explosive action is not yet clear. Several telescopes saw an x-ray flash arriving just after SGR 1935+2154’s radio signal, suggesting that whatever released the radio energy also generates more complicated side effects. Such events could directly generate an FRB’s flash, or they might make a shockwave that heats up surrounding material, incinerating dust and turning gas into plasma to produce light as it travels outward. Most ideas posit some kind of jarring starquake occurring on the object or perhaps a strong spark shooting out when its twisting magnetic field lines snap and reconnect. The tantalizing find fed theorists’ conjectures as to exactly how a magnetar could produce an FRB. “It alleviated all doubt that at least some FRBs come from magnetars.” “That was a huge moment for the field,” says Kenzie Nimmo, an astronomer at the University of Amsterdam. If the object instead existed in a neighboring galaxy such as Andromeda, its signature would have been indistinguishable from a typical FRB. The discovery of a short and formidable radio burst from a galactic magnetar called SGR 1935+2154 was exactly what researchers had been missing. But the few dozen in our galaxy had never before been observed to produce eruptions that might resemble the phenomena. Magnetars, with their ultrastrong magnetic fields, were already a leading candidate for the source of FRBs. A magnetar’s magnetic field can be so strong that approaching within 1,000 kilometers of one would disrupt your body’s constituent atomic nuclei and electrons, causing you to effectively dissolve. Magnetars are an extreme form of neutron stars, city-sized remnants with obscenely powerful magnetic fields left behind when massive stars die in supernova detonations.
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In April 2020 three separate research teams detected an enormous blast of radio energy coming from a magnetar located in the Milky Way. The biggest recent shake-up to happen to FRB enthusiasts came as a surprise. These split-second cosmic fireworks, popping off seemingly at random across the entire sky, can thus provide information about galaxies and the material between them that no other mechanism can. FRBs offer to satisfy more than mere academic curiosity: We have learned that their bright light carries within it a record of the contents of the vast intergalactic depths it traversed along its way to Earth. Even if such undertakings are unable to fully unravel the mystery, they will nonetheless be fruitful.
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A torrent of new detections and deeper studies of these phenomena have elevated certain models of FRBs’ inner workings while eliminating others, and several upcoming projects should help further winnow down the possibilities.
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Many astronomers feel that the subject is now at an inflection point, where some of their biggest puzzles are on the cusp of being solved. “But as we’ve been going on this quest, new discoveries have led to new questions.”
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“I think we’re closer to understanding what some FRBs are,” says Ziggy Pleunis, an astrophysicist at the University of Toronto. Although the overall view remains murky, in just the past year, a clearer picture of these strange entities has started to emerge. As one of the most active topics in astrophysics, FRBs have lately seen a slew of groundbreaking and sometimes at-odds findings, with papers that reshape the field regularly appearing in the literature. Researchers have found them happening at least 800 times per day all over the sky yet are still in the dark as to what causes them. Such enigmatic explosions are no longer ignored. Records of the powerful flare-up-which produced as much energy in a few thousandths of a second as the sun does in a day-sat unseen for more than half a decade until a group of scientists sifting through archival data spotted the stupendous eruption-a so-called fast radio burst (FRB). Nobody noticed when an Australian radio telescope captured a fleeting explosion of light coming from somewhere far beyond the Milky Way in 2001.