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If you haven’t noticed a beautiful sky in the backyard of your home, you certainly saw friends sharing their photos of them on social media. The northern lights, or polar twilight, have almost weekly spoke in recent months. Once again in May, the polarity The sky lit up for about a week Directly, and in October, another wave hit that It was visible to nearly half of the United States. It turns out that there is a reason behind the prevalence of the northern lights in 2024, which is: According to NASAThis style will continue until 2025 and perhaps in 2026 as well.
Space agency It hosted a conference on the phone On October 15 to officially announce that the sun was at the height of its 11 -year -old session, also known as the maximum solar energy, and to explain what people can expect now after its arrival.
Read more: Poem twilight viewers share amazing pictures of the northern lights
“We are currently in the 11 -year -old solar cycle period known as the maximum solar energy.” “During this time, we expect to see more solar spots, and therefore there is a greater opportunity for high -influential space weather on any day.”
In other words, NASA and the National Oceanic and Atmospheric Administration (NOAA) expects that the sun will generate more solar spots and more coronary mass emissions similar to those that That happened this yearPerhaps it is like that that was seen in May and October, when the polar twilight reached the bottom Far from what is usual.
NASA says this course – known as the 25th solar cycle – started in December 2019, and the sun has intensified its activities every year. Since the 25th solar cycle is a smaller cycle, the National Administration of Oceanic and Air Country (NOAA) and NASA believes that the maximum solar energy will last longer than usual, which means more polar twilight for everyone for a longer period.
The sun is more active during the maximum solar energy, causing more space weather events such as solar glow, which causes polar twilight.
“The solar cycle is 25 to be relatively small but slightly larger than the 24th cycle,” said Lisa Abton, the head of the participating committee. “This means that we can expect the maximum stage to be on the longest side, approximately three to four years. Currently, we are about two years away from the maximum period, so we expect another year or so from the maximum stage before we can. Entry in the decline phase.
Expect more solar glow and more polar twilight
All this happens because the sun is going through a 11 -year cycle. These courses are their climax with the coup of the solar poles. Imagine if the northern and southern poles turned on the ground, This may actually happen one dayAnd you have a general idea of what is happening to our closest star now. This transformation leads to the sun becomes more active, which leads to more solar glow and the emission of coronary blocks.
Once these glows and ejaculations hit the Earth, they interact with the Earth’s magnetic field of the planet and cause the amazing scene that we know as the northern lights. There is always a few solar radiation that strikes the Earth, so the northern lights are always near the Arctic. However, when the larger solar glows and emissions strike the Earth, it has a greater effect that not only makes the polar twilight stronger, but also pushes it away from the Arctic, allowing people in other parts of the world to see it.
Thus, while the sun remains at its peak, it will continue to cause more polar twilight cases heading south. It is unclear whether the Earth will witness another Earth’s magnetic storm, as happened in May and October, or exactly when the maximum solar energy will end. NAAA will take months after the end of the maximum before everything is calculated. Until then, Preparing those phones Because the northern lights can return at any time or any day during the next year or two years.
