The orbit of solar energy takes the sun’s images for the first time

the Solar Energy Equity He was Sunflower Since 2021, but she recently went on a side trip to Venus, which was greatly inclined to its orbit and gave it a good look at the polar area of ​​the sun. This is the way you managed to take pictures that will be historically defined as the first human view of the sun’s pole. All our Galaxy planets and the other spacecraft that we have posted revolve around the sun around a fake oxov aircraft along the equator. But thanks to the Solar Orbiter’s Venus Flyby, it now has a sun view from the bottom of the equator, allowing it to clear the star of the star clearly. The photos that you see above were taken from an angle of 15 degrees below the equator on March 16 and 17, but the investigation reached the angle of 17 degrees that can be achieved since then.

Three of the investigation tools were responsible for the photos. The polarization and the Stelosy (phi) release the sun in visible light and drawn the surface magnetic field. Meanwhile, extremist ultraviolet imaging (EUI) photographed the sun in the light of ultraviolet radiation, and spectral imaging of the coronary environment (spices) captured the light “coming from different temperatures of the charged gas above the surface of the sun, revealing different layers of the sun’s atmosphere.”

So what exactly is the solar orbit capable of observation in the South Pole of the sun? Well, the magnetic field of the pole, simply, is a chaos. See, the sun’s magnetic field turns almost every 11 years, which is On the face of the face This year if he does not yet. The magnet is usually a clear north and southern pillar, but the orbit’s phi tool has shown that both the northern and southern magnetic fields are present in the South Pole of the sun now. “This only happens for a short period during each solar cycle, with the maximum solar energy, when it turns the magnetic field of the sun and is in the most active,” the European Space Agency explained.

After the face, the magnetic field determines itself so that the poles have one sector. However, the process is gradual, and it will take the minimum of five to six years, as the magnetic field of the sun is in its maximum extent. These solar courses or the average hydrovagues are not completely understood until now, and the orbit notes may be the key to opening that knowledge.

In addition, scientists used the Orbiter tool to take Doppler measurements, or how quickly solar materials move. Then they took this information to create a speed map showing how the solar materials move inside a specific layer of sun. These measurements can show how the sun outperforms the particles in space in the form of Solar windIt is one of the main goals of the orbit.