Telescope Upgrade Reveals Sun’s ‘Coronal Rain’ in Unprecedented Detail

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The sun’s external atmosphere – is a warm foreign limit on the pipeline of our Corona-star and is generally hidden from the appearance, except for a rare total eclipse. Now scientists have received the most clear images in this mysterious region, thanks to a new adaptive optics system that discovers the beautiful views of a smart plasma on the surface of the star in this mysterious region.

The researchers of the National Solar Observatory and New Jersey Institute of Technology presented a system with Sun Corona’s dazzling images and videos. Findings, published In nature astronomy, the sun’s confidential structures, sun-fine structures, short-term plasma planes and even coronal rain: star’s magnetic fields show a cooling plasma falling on the sun.

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

Team screening progress, hinges in a technology called coronal adaptive optics. The 5.25-meter in California (1.6 meters) Goode Sun Telescope has 2,200 times a mirror for distortions that caused the atmosphere of the Earth “CONA nicknamed” in the new system. Cereals of significant technology are wobble in the telescope, thereby produce sharp images of Corona.

“This is a technological progress game change,” said Dirk Schmidt, the author of Adaptive Optics Alimi and Research in the NSO, Observatory release. “There is a lot to discover when you increase your resolution with 10 factors.”

the sunset of the sun
A glory to the sun. © Schmidt et al./njit/nso/aur/nsf

So far, the sun’s telescopes used adaptive optis to learn the surface of the sun. Halperier Corona has been a problem with coronal features that have coronal properties mixed with 621 miles (1000 kilometers) scales available for 80 years. However, JABA now solves the features with the most 39 miles (63 km), Goode Telescope’s theoretical limit.

Among the new images caught by the team, the shooting of a reconstructed twisting sun, rotating spicures on the surface, 12.5 miles of penalty rain (20 km), which are narrower, and thinner hair. He said the sun is how far away from the earth is how weak and how weak the team should cut and how much the team should be cut and how much the team should be corrected and the sharpness of the pictures.

“This transformative technology, which will be adopted in the observator in the world, is preparing to change world-class solar astronomy,” he said. “Now with the Coronal Adaptive Optics, this is the beginning of a new era, which promises a new era in solar physics, the beginning of a new era in the years and decades.”

Observations offer important information to be a continuous of water secrets that are hotter than millions, which are hotter than the sun’s surface.

Team 13 meters (4 meters) Daniel K. Inouye Solar Telescope – clearly reveals smaller details of the sun’s atmosphere.

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