This painting shows the solar flare mantle. The artist used a photo of a solar flare, but it is actually a photo of the surface of the sun. The artwork is also a bit of a challenge because the sun is so bright, so he had to find the best way to capture the full spectrum of the sun. I love the way this piece turned out.
Solar flares are the most energetic events on Earth. They can literally heat up the upper atmosphere of the planet and create a powerful solar wind. The sun’s surface is a magnet which allows it to pull electrons in and out of the sun’s atmosphere. The magnetic field of the sun is very similar to the magnetic field of iron atoms, and when a solar flare occurs, the whole sun’s magnetic field is disturbed.
There are a couple of theories as to why the magnetic field of the sun is disrupted. One theory is that it’s because something in the suns interior is creating magnetic fields that are more powerful than what the suns magnetic field was meant to handle. Another theory is that a large portion of the suns magnetic field is actually held in place by a large amount of gas and dust in the suns interiors.
I’d always considered this one of the most “sciencey” theories, but this new theory suggests that our suns magnetic field isn’t really held up by gas and dust at all, it’s held up by a kind of “magnetic mantle”. The solar flare theory is a little more complicated because it involves a lot more than the solar flare hitting the sun.
The solar flare theory is a little more complex because it involves a lot more than the solar flare hitting the sun. One thing that might be confusing to people is that the solar flare theory doesn’t involve any energy from the suns magnetosphere. This theory is that a solar flare somehow gets inside the suns magnetosphere and blows a hole through the center of the suns atmosphere.
The solar flare theory is a little more complicated because it involves a lot more than the solar flare hitting the sun. The solar flare theory is a little more complicated because it involves a lot more than the solar flare hitting the sun. One thing that might be confusing to people is that the solar flare theory doesnt involve any energy from the suns magnetosphere. This theory is that a solar flare somehow gets inside the suns magnetosphere and blows a hole through the center of the suns atmosphere.
This is the theory that the suns magnetic field is somehow bent by some sort of force. The suns magnetosphere doesn’t have much magnetic field, but since you can see it from Earth, the effect would be the same.
A solar magnetic field can be affected by a large solar flare, but since we can see the sun from Earth, we can see the effect. The sun itself is a highly magnetized place, so an event like a solar flare would affect the suns core a lot more than it would affect the suns atmosphere.
I could write a whole article about the solar flare mantle, but I think the best way to explain it is to read a few blogs and see for yourself how things work, and why we have trouble seeing what the suns core is doing at any one time.
As it turns out, the solar flare mantle is a thin layer of gas that covers the suns core. As it gets hotter and hotter, it expands due to the magnetic fields. As it expands, it cools the core, and then it expands again when the core cools.
