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Solar eclipse not Mars
The inhabitants of our planet are very lucky. The ratio of the distances and sizes of the Earth, the Moon and the Sun is such that our satellite and our star look approximately the same in the sky. As a result, when the moon passes between the Earth and the Sun, it covers it very beautifully, leaving only a bright corona around the circumference. If it were smaller, we would not get such an effect. Actually, this is what happens on Mars.



When one of Mars' moons passes in front of the Sun during a Martian eclipse, it looks like this. NASA's Curiosity rover has observed many such "eclipses" of two of Mars' moons (Phobos and Deimos). It looks more like the movement of some small shadow against the background of something huge. If we move there, we will have to keep in mind that we will lose beautiful eclipses.

Starfleet logo on Mars
Many Star Trek fans will nod in approval at the sight of a Starfleet logo on the surface of the Red Planet, but the Martian surface is dotted with hundreds of these chevron-shaped formations. Also known as “ghost dunes,” they’re formed by ancient lava flows.



Long ago, when lava often flowed across the Martian surface, the benin number data landscape was covered in sand dunes. The lava flowed around these dunes and took on this shape. Over time, the sand was blown away, leaving the lava in its solidified form.

Meteorite fall on Mars
Compared to our planet, Mars is a veritable exhibition of craters. They were formed due to the insufficient density of the Red Planet's atmosphere, which hardly protects the surface from such impact. The crater in the photo was formed sometime between September 2016 and February 2019.

The impact left a hole about 15-16 meters in diameter on the planet's surface. For such an impact, the meteorite would have to be about 1.5 meters in size. On our planet, you wouldn't even think about it, because such a meteorite would burn up in the Earth's atmosphere long before it reached its surface.

Sunset on Mars
We often see in photographs that the sky on Mars looks brown. This is true, but as soon as the Sun begins to hide behind the horizon, everything changes and the sky turns blue.

This phenomenon is associated with particles in the atmosphere. On Earth, the smaller gas particles in the atmosphere scatter blue light well. During the day, this causes the sky to appear blue to us. When the Sun sets, the rays have to travel a long distance through the atmosphere because the rays do not reach our eyes along the shortest distance. Because of this, the blue spectrum is filtered out quite a lot and mainly red reaches us. That is why the sky appears orange to us.