The video shared shows a detailed view of the Sun’s surface, depicting the transition from the star’s lower atmosphere to the corona, which often releases large amounts of coronal material.
A bright light can be observed in the film, similar to the way light passes through trees in a forest. magnetic field lines Originating from within stars.
Needles of gas, or gas rays, can reach up to 6,214 miles (or nearly 10,000 kilometers) from the sun’s chromosphere.
The European Space Agency said the brightest spots in the film can reach temperatures as high as one million degrees Celsius, while the dark spots show where radiation is absorbed.
In the lower left corner of the video, you can see some patterns caused by bright gas, which the agency calls coronal “moss,” that often appear near large coronal loops that are currently invisible to solar detectors.
At 22 seconds, a small eruption can be seen in the center.Although these eruptions appear small in the film, the European Space Agency says they are larger than Earth. They showed how cooler material rises and then falls due to the Sun’s immense gravitational pull.
Films taken by solar probes are currently at a distance equivalent to one-third of the total distance between the Sun and Earth. The space agency plans to move it closer to the star.
