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A region of the sun spots oriented on earth has raged with massive eruptions of hot gas which caused disturbances of our communication systems – and there is even more to come.
Tuesday at 5:49 p.m. HE, the SunSpot 4114 region published a class X.12 solar thrust which caused a radio failure on the Pacific Ocean, including Hawaii, according to the National Oceanic and Atmospheric Administration Space weather prediction center. It was the strongest rocket released by this specific solar spot so far. That said, this magnetically active region has led to multiple eruptions in recent days and should launch another in our way today.
A sunscreen is a dark and cooler area that appears as a mucus point on the sun. It forms when a strong magnetic activity slows down the flow of hot gas from the inside of the star to its surface. Under-product of the complex magnetic field of the sun, solar spots occur more often during solar maximum. The sun goes through an 11 -year cycle, marked by a reflux and a flow of solar activity. During solar maximum, which Office officially launched in October 2024The sun bursts with more enlightening rockets, coronal mass ejections and magnetic storms. When all this activity is on the side of the sun that faces the earth, This is bad news for us.
The SunSpot 4114 region is fiery. Earlier this week, the Sun Spot published several class M solar flares in less than 24 hours, according to Spaceweather.com. “Sunnspot 4114 is large and unstable, with a magnetic field of the” Delta class “which houses energy for strong explosions,” wrote the strongest tracking website. The strongest thrust broke out on June 15 as a M8.46 class, causing a short -wave radio breakdown on North America with a signal loss at frequencies below 20 Megahertz.
Solar eruptions are classified by their strength, starting with class B, which are the weakest, up to the strongest, class X. A class M solar push comes just before class X. The solar push responsible for Geomagnetic storm that took place between May 10 and 12,2024 was classified as X1.1, just a little stronger than the last rocket produced by the SunSpot 4114 region.
The previous light rockets of the Sun Spot also triggered a coronal mass ejection (CME), eruptions of solar material ejected from the sun which can cause geomagnetic disturbances on earth. Tuesday’s rocket, however, was not accompanied by a CME. Instead, it was an intense flash of electromagnetic energy that caused ionization in the upper atmosphere of the earth, causing the radio failure.
The SunSpot Active region, which is still in front of the earth, is expected to release another solar push on Wednesday, according to Spaceweather.com. While the sun turns on its axis, the solar spot will become hidden at our sight and the earth will be clear. There is a chance, however, that the solar spot remains active until it reappears again in sight, by triggering more solar rage.
