Solar Orbiter Captures First Clear Views of Sun’s South Pole—and It’s a Hot Mess

For more than 60 years, various space ships and telescopes to look after the sun, pulling the sun, drawing attractive images of huge balls of hot gas in the center of our solar system. But our star’s view is limited to the Orbital Triode plane, which allows the area to monitor the equivalent of the Sun in a nervous blind point of the earth. The Sun Orbiter now offers a rare look to the chaotic magnetic field, the first is the first to describe the poles of the eCliptic.

European Space Agency (ESA) on Wednesday released The first clear images of the Sun’s South Pole, both northern and southern magnetic pole are currently on the same side. New footage will help scientists to better understand the 11-year magnetic period of the Sun and arranging the parties of the Sun resulting in sometimes GeoMagnetic storms on earth.

https://www.youtube.com/watch?v=tu4dcdgm0

The Sun orbit used the Venus Flypy on February 18 to push the orbit of the Earth from Flypy on February 18. A month later, the spacecraft was able to look at the 17-degree angle at the bottom of the Sun Equator to gain a good idea for the first time in the South Pole of the Sun.

“We did not know what the first observations were waiting – Sun poles Sami Soogni, Sami SOOGNI, Sami SonBitution Solarimetric and Helioseisik Image Tool Group, said in a statement.

The Science Group used the three instruments of the Sun Orbiter to take the images of the Sun between March 16 and 17. Each tool observes the sun in a different way; Polarimetric and Heliosemic image (PHI) in the visible light, the extreme ultraviolet image (EUI) This ultraviolet image and the spectral image of the Coronal environment (spice) tool reveals the superiority of the sun surface.

By combining the eyes of all three instruments, scientists confused the South Pole of the Sun. Normally, each polar region has its own characteristics in its magnetic field. As the Sun reaches a period of the sun’s maximum during the 11-year period, its magnetic polarity varies with the northern and southern magnetic poles. Polarity from the north and south polar during the Sun orbiter’s observations of the Sun, exists in both the South Pole.

This shows a decisive time to understand the activities of the sun. Flips in the magnetic field, a polarity builds and picks up and picks up in sun poles. The sun’s minimum of the sun will have its magnetic pole, each of the northern and southern poles for about five to six years. “The establishment of this structure is not yet fully understood, so the solar orbit has reached high extends at the right time to watch the whole process from a unique and affordable perspective,” Solany said.

The scientists behind the mission used spices to measure that the sun moves on the surface of the sun. Using a doppler effect explaining changes in light or sound frequency, the team created a speed map showing how the speed of the material changed between solar poles and the equatorial region. With the help of the Sun orbit, scientists will better understand why the sun is traveling faster in the poles than the sun’s equator.

The sun orbiter is just starting to work. Recent observations are the first collection of pictures caught from the new sloping orbit of the spaceship, but on December 24, 2026, to get a better view of the sun poles, it will bend 23 degrees below the orbit.

“This is the first step in the sun orbit ‘Paradise stairs’. In the coming years, the Sun-Ship will come out of the Ecliptic plane for better views of the Sun polar,” said Daniel Müller, Solar Orbiter Project Almeim, said in a statement. “This information will change our understanding of the sun’s magnetic field, solar wind and solar activity.”