The solar orbit has been witnessing the sun since 2021, but recently he went on Venice’s side trip, which bowed its orbit significantly and gave it a good view of the polar region of the sun. Similarly, it was able to capture images that are historically known as the first ideas of humanity about the pole of humanity. All of our Galaxy planets and other spacecraft we have deployed the sun’s orbit around an imaginary lunar eclipse, along with the stars’ letter equator. But thanks to the Venice Flybai of the solar arms, now there is a sun -visible view from the bottom of its letter, which allows it to clearly see the South Pole of the star. The images you have seen above were caught on March 16 and 17 at an angle of 15 degrees under the equator, but the investigation has reached a maximum angle of 17 degrees from that time.
Three devices of the investigation were responsible for these photos. Polarmetric and Helivismic Amigar (PHI) image the sun in a visible light and mapped the surface magnetic field. Meanwhile, the highly ultra -violet Amigar (EUI) image the sun in the ultra -violet light, and highlighted the light of the coronal environment (spice) device. "The sun’s surface comes from different temperatures of the charged gas, thus revealing different layers of the sun environment."
So, what was the solar orbit on the south pole of the sun? Well, the magnetic field of the pole, which is straightforward, is currently a mess. Look, the sun’s magnetic field almost turns around, and it is About the flip This year, if it’s not yet. Generally, a magnet is northern and South Pole cleanses, but the PHI device of the orbit shows that both the North and South Poultry are still in the southern pole of the magnetic sector. "This solar occurs only for a short time during the maximum solar cycle, when the sun’s magnetic field turns away and its most active," ESA explained.
After flip, the magnetic field fixes itself so that there are only one polar letters in the poles. However, this process is gradual, and it will take five to six years to get the least solar, in which the magnetic field of the sun is in its very organized way. These solar cycles or regular magnetic field flips may not yet be fully understood, and the observations of the orbit can prove to be the key to opening this knowledge.
In addition, scientists used orbit a spice device to measure the doperter, or how the solar content is running rapidly. He then took this information to make a speed map, which shows how the solar material runs in a specific layer of sun. This measure can show how the sun blows particles into space in the form of solar winds, which is one of the key goals of orbit.
This article was originally published on Enoget
