When you’re in space, you have a pretty clear view (credit: NASA)

The solar eclipse is a very spectacular event.

Unfortunately, there are all kinds of things on earth that can get in the way. The night, like cloudy weather or you know.

Not so in space. As a result, the NASA probe was able to capture these amazing images of this week’s partial solar eclipse.

The Space Agency’s Solar Dynamics Observatory (SDO) photographed the moon in front of the sun yesterday.

The transit started at 05:20 BST and lasted about 35 minutes.

At its peak, the Moon covered 67% of our parent star’s fiery surface (credit: NASA).

At its peak, the Moon covered 67 percent of our parent star’s fiery surface.

The image is so sharp that ridges and ridges can be seen on the surface of the moon as it passes in front of the sun.

The transit lasted 35 minutes.  (Credit: NASA)

The transit lasted 35 minutes. (Credit: NASA)

They are identified as part of Mount Leibniz and Mount Dorfell.

What is a solar eclipse?

A solar eclipse occurs when the moon passes between the sun and the earth and blocks the sun.

There are three types of solar eclipses: partial solar eclipse, annual solar eclipse, and total solar eclipse.

A full solar eclipse It occurs when the sun, moon, and earth are in a straight line.

When a total solar eclipse occurs, the sun is completely covered and the sky becomes very dark, like at night.

2017 Idaho total solar eclipse

Part of the Earth experiences total darkness during a total solar eclipse (Image: Getty)

also exists partial solar eclipse This happens when the sun, moon, and earth are not exactly aligned.

When this happens, the sun is partially hidden and appears to have dark shadows on a small portion of its surface.

the third is annular solar eclipse What if the moon is the farthest from the earth?

eclipse ring of fire

A rare ring-shaped “ring of fire” solar eclipse seen from Doha in 2019 (Image: Getty Images)

Here, the moon does not block the panoramic view of the sun, leaving the outer edges open, creating a ring effect.

Here, the moon does not block the panoramic view of the sun, leaving the outer edges open, creating a ring effect.