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Superflectors are monstrous bursts of charged particles, solar energy and cosmic radiation from the surface of a star. These solar flares can destroy entire satellite networks, bypass communications and disrupt power grids worldwide. Superflids of this magnitude are an incredibly rare event that occurs every few thousand years. However, a team of US astronomers has shockingly announced that our own Sun could trigger one of these eruptions before the end of the next century.
Until recently, astronomers thought that super-surfaces were produced only by young, active stars that gave off energy.
Researchers at the University of Colorado at Boulder (CU Boulder) in the United States are worried that older, quieter stars, like our Sun, could produce these explosions.
The shocking revelation, according to one of the researchers, is an "awakening" for everyone on the planet.
Astronomer Yuta Notsu, who is leading a study on the dangers of super angles, will present the news at the 234th meeting of the American Astronomical Society in St Louis, Missouri, from June 9 to 13.
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According to the space expert, it is very likely that the Earth is in one of these superfluous.
When that happens, Superflare technology will cripple the technology all over the planet, causing widespread power outages.
Dr. Notsu, a visiting researcher at CU Boulder, said, "Our study shows that super events are rare events.
"But it is possible that we can live such an event in the next 100 years."
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Astronomers have for the first time observed signs of these super-super-powerful thanks to NASA's Kepler Space Telescope, which is now in retirement.
The incredible instrument launched in 2009 observed rare cases of stars reaching suddenly and briefly a maximum brilliance.
These intense peaks were superfluous in eruption of their respective stars.
Dr. Notsu said, "When our sun was young, it was very active, because it was spinning very fast and probably producing stronger flakes.
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"But we did not know if such big outbreaks were occurring on the modern, very low frequency Sun."
The age of a star is crucial in determining the frequency of its super-lightning.
According to Dr. Notsu, younger stars seem to eject super-images "once a week or so".
Older stars like our Sun do it "once every few thousand years on average".
However, there is no real guarantee that the next superflare will paralyze the Earth.
Dr. Notsu said, "If a super-flash took place 1,000 years ago, it was probably not a big problem. People may have seen a great dawn.
"Now, it's a much bigger problem because of our electronics."
This study was published last May in the journal The Astrophysical Journal.
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