The sun emits the largest solar flare in a decade

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The sun emitted its biggest flare in over a decade on Tuesday, following days of severe solar storms that fell on Earth and gave skywatchers as far south as Florida a view of the northern lights.
The National Oceanic and Atmospheric Administration (NOAA) Space Weather Prediction Center shared news of the solar flare on social media, saying, “Not done yet.”
According to the post, a solar flare is an eruption of energy from the sun that generally lasts minutes to hours.
NASA’s Solar Dynamic Observatory caught the bright flash of the X-ray flare, which appeared to have a magnitude of X8.7, though it was originally reported as X8.8.
RARE SOLAR STORM WOWS STARGAZERS ACROSS AMERICA: ‘SO AWESOME!’ NOAA also said this was the biggest flare of the current 11-year solar cycle, which is nearly its peak.
Earth should be in the clear as the flare erupted from a part of the sun moving away from the blue planet.
Still, users of high frequency (HF) radio signals could experience short-term degradation or a complete loss of signal on the sunlit side of earth.
The rotation was due to the satellite’s reduced altitude from space weather, and it ultimately went into safe mode as a result.

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Tuesday saw the sun’s largest flare in more than ten years, coming after several days of powerful solar storms that hit Earth and revealed the northern lights to skywatchers as far south as Florida.

Not done yet, according to the National Oceanic and Atmospheric Administration’s (NOAA) Space Weather Prediction Center, which posted information about the solar flare on social media. “.”.

A solar flare, according to the post, is a burst of solar energy that typically lasts for several minutes or even hours.

The X-ray flare was first reported to have had a magnitude of X8.8, but NASA’s Solar Dynamic Observatory captured its bright flash.

AMAZING STARGAZERS ACROSS AMERICA ARE AMAZED BY RARE SOLAR STORM: “SO AWESOME!”.

The largest flare of the current 11-year solar cycle, which is almost at its peak, according to NOAA as well.

The flare, which originated from a portion of the sun that was moving away from the blue planet, should leave Earth unharmed.

Nevertheless, on the side of the earth that receives sunlight, users of high frequency (HF) radio signals may encounter temporary signal degradation or a total loss of signal.

When a geomagnetically-driven storm strikes Earth, it disrupts radio communications and produces northern lights.

According to Bryan Brasher of NOAA’s Space Weather Prediction Center in Boulder, Colorado, scientists may find the flare was much stronger than initially reported once they compile data from numerous sources, he told the Associated Press.

There is a risk of tornadoes and severe thunderstorms for millions of people living in southern Kansas and Oklahoma.

Following almost a week of flares and coronal plasma ejections that threatened to disrupt Earth’s power and communications systems, the flare has now occurred.

During the weekend’s geomagnetic storm, one of NASA’s environmental satellites unexpectedly rotated, the agency reported. The satellite’s descent into space weather caused it to rotate, and as a result, it entered safe mode.

A strong radiation shield was advised for the seven astronauts on board the International Space Station, according to the space agency. The astronauts were never in danger, NASA subsequently stated.

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