Space orbiter in European orbiter has earned the first images of human images of the posts of the day.
If this isn’t as big deal, think that every image you’ve ever seen the sun taken from around the equator of our star. That’s because the soil, the other planets of the solar system, and all other modern spacecraft orbit of the day of a flat disc around it called “ecliptic plane.”
This European space agency (ESA) mission-orbiting mission has made things different from the little race, however, studied the orbit from the plane. It allows the Solar Orbiter To clear the sun from a new angle and a new new way.
Solar South Pole images were obtained between March 16 and 17, 2025, with Inserarimetric and Heliososistic Direcs (EUI), EUI), EUI), EUI) This is the first person ever Look at the posts of the day.
This is the first high-high-angle of the solar orbiter of the Sun, held at an angle of 15 degrees below the solar equator. Just a few days after snapping these images, ESA spacecraft reached the highest angle of view of 17 degrees, which it sits at the first “pole-to-pole” orbit of our star.
“The spacecraft normal orbit of the sun’s flat disc called the ecliptic plane, like most of the planets in our SOLL System. This is the most efficient launch and keep the orbits, “the co-prophet of Slaar Ordravivirole of the year spacate schach arpension in Lip (UCL) said in a statement of Space.com. “These first images of solar posts are just the beginning. For the next few years, measures for Science Science.
“We’re not sure what we can find, and we’ll probably see things we don’t know about before.”
Another ESA / in spacecraft, UlysesFly on the posts of the day, but this spacecraft lacks an imaging instrument, and the passage of our star is more distant than the solar orbiter.
Variety is the spice of solar observations
The solar orbiter is very useful for observing the day because each of its instruments sees our star in different ways. PHI has obtained solar observations in visible light and can map the magnetic field.
Meanwhile, the EUI images of our star in ultraviolet light, allowing scientists to study at the highest plasma in the outer mood of the day, The coronato get to the temperature as much as 5.4 million degrees in Fahrenheit (about 3 million degrees Celsius).
It can help Solar scientists to know how Corona reaches temperatures more than the sun’s face, the bandAlthough farther away from solar core, where most of the heat of the day is made.
Solar Orbiter’s Instrument, responsible for the bottom rows of picture images above, with the ability to extract the light released by plasmas at different temperatures on the day. It helps model different layers of solar atmosphere.
Comparing three varies but the complexities of the day’s observation methods should allow scientists on the day to improve the flow of outer layers of outer layers of sunlight. This effort can be revealed until now unknown and unexpected patterns of action, such as vortices around the day’s posts are similar to the people above the poles of Venus and Saturn.
All that for the future, so what does this pioneer reflection on solar observations revealed so far?
Magnetism is in trouble with solar south pole
The main purpose of transferring Orbiter’s Orbiter’s Orbiter around the day is to build a more complete picture of our The star magnetic activity. It can help explain the Sun 11 years cycle to see the activity of this increase in the maximum solar before the posts flip and a new cycle starts.
“Observation of posts is important for understanding how to go to the magnetic field of the day, which we used to have the unchecked high-latitudes of polar, and to make it sown the basic solon of the polar solar. “
In fact, this method has revealed that things we do not know about most of the region of our star and its magnetism.
“We don’t know what exactly can be expected from the first observations – the posts of the day literal Terra Incognita, which leads the solar system research (MPs), say in a statement.
One of the first discoveries made by the solar orbiter is the fact that magnetic fields around the sunlight appears, due to lack of a better phrase, a perfect mess.
While standard magnetic fields have a well-defined North and South Poles, these new observations reveal that the polars north and south are found in the southern pole.
It seems to happen to Maximum solar If the sun’s poles are about to flip. After this exchange of poles, the North and South Poles’ fields will continue to a smooth polar stage during the solar minimum of next 11-year cycle.
“How it was made by the construction that was not yet fully understood, so the Orbiter Orbiter reached a long time following the whole process from its unique and useful and useful sight,” Solkanci.
Obbiters also reveal obbiter’s obbiter while the Equator in the sunWhere most sunspots appear, have the strongest magnetic field, those in the poles of our star have a complex structure.
The action of the matter by day
The instrument of the Slanar Orbiter given to another for ESA spacecraft, allowing scientists to track elements by their treatment of the day.
Tracking specific lines of spectrinal elements like hydrogenCarbon, Oxbon, Neon, and Magnesium, a process called “Doppler Size,” revealed how to flow in many days of the day.
The solar orbiter also allows scientists to measure the speed of atoms carbon as they are expelled from the day of plumes and jets.
“The new vantage point of the solar orbite will give us a much better view of how to expand the solar air to form a wide bubble around the sun and its planets called Elioster“Solar Wind Analyzer Investigator and Mullard Space Science Laboratory Chris Owen said to a statement of a slice of eclipal only.”
Spice team leader, Frédéric Aucucère from the University of Paris-Sislay, explained that the doppler measurements of Solar air flowing from the sun some other Sun-orbiting missions suffered because they can only get a rough view of solar poles.
“Measurements from high latitude, now it is possible to have a solar orbiter, to be a revolution in solar physics,” Auchère added.
Perhaps the most exciting element of these orbiter’s orbiter results is the fact that the best is yet to come.
The initial data has not been fully inspected, for example, an image of the Solar North Pole has been taken but not yet downloaded. Also, the data from the first “pole-to-pole-to-pole-to-pole-to-pole” of the fades of February 2025, does not come to the world 2025.
“This is the first step of the ‘Heaven’s Heaven’s stairs in the Solar Orbiter.’ In the coming years, the spacecraft will rise outside the ecliptic plane for the newer polor regions Daniel Müeller said. “These data will change our understanding of the sun, and solar activity.”
