There were solar flares during the solar eclipse

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Millions of people in the United States, Canada and Mexico looked up to the sky in awe as they watched the rare total solar eclipse on Monday.
The path of totality, a tiny area where the Moon completely obscures the Sun, crossed across cities and sent the United States into a frenzy.
Many people also reported spotting solar flares during the total eclipse.
During this period, the sun produced more solar flares and coronal mass ejections, which are massive plasma bubbles containing magnetic field lines, as per USA Today.
John White, a weather photographer, posted images that he claimed captured two solar flares just before the eclipse reached totality.
“Never seen such protruding solar flares.
Depending on their strength, solar flares can persist for hours or only a few minutes.
According to the space agency, the biggest solar flare ever observed happened on April 2, 2001.

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During Monday’s rare total solar eclipse, millions of people in the US, Canada, and Mexico gazed up at the sky in wonder. The United States was thrown into a frenzy as the Moon obscured the Sun completely in a tiny area known as the path of totality, which passed through several cities. A lot of people claimed to have seen solar flares during the total eclipse.

During its 11-year solar cycle, the sun was predicted to be at its “solar maximum,” or peak activity, on Monday. According to USA Today, the sun produced more solar flares and coronal mass ejections—massive plasma bubbles with magnetic field lines—during this time. A meteorologist named John White shared pictures he said showed two solar flares shortly before totality. “I’ve never seen solar flares that stick out so much. It seems like you could fit hundreds of earths inside one of those,” he wrote.

When energy that has been trapped in “twisted” magnetic fields—which are frequently found above sunspots—is suddenly released, the Sun can explode massively, as described by the European Space Agency. A burst of radiation including radio waves, X-rays, and gamma rays can be produced by heating materials to millions of degrees in a matter of minutes.

Solar flares can last for hours or just a few minutes, depending on their intensity. The solar flare that was observed on New Year’s Eve of last year was classified as an X-class, the largest, and B-class, the lowest, according to NASA’s classification system.

Solar flares are powerful energy eruptions that can disrupt radio communications, electrical power systems, and navigation signals, as well as endanger astronauts and spacecraft, according to NASA. The largest solar flare recorded in history occurred on April 2, 2001, according to the space agency. The Solar and Heliospheric Observatory Satellite recorded the flare, which was more powerful than the one that happened on March 6, 1989, and disrupted the Canadian power system.

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