What are the most exotic moons in our solar system?

Fairy 2021-08-26

Whatarethemostexoticmoonsinoursolarsystem?

In our solar system, all the planets except Mercury and Venus have one or more natural moons. Earth's moon, of course, is what we know as the Moon, a beautiful and desolate inanimate world shaped by ancient volcanoes and countless impact craters. Although the moon is the most familiar of our natural moons, it is not the most interesting one. Each of the giant planets of the outer solar system has a large number of moons, many of which formed at the same time as the main planets and, like the main planets, are made of ice-rich material. Despite their distance from the Sun and their lack of sunlight and heat, these moons are as colorful as their host planets.

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Here, we set out to get to know some of the strangest and most exciting of these amazing worlds. Some moons, like Io (also called "Callisto") and Titan ("Mimas"), have been frozen solid for billions of years, but space impacts have left extraordinary scars on the surface of these planets. Other moons, such as Saturn's shepherd moons Titan XVIII ("Pan") and Titan XV ("Atlus") and Neptune's lonely moon Triton ("Nereid") All have been affected by mutual attraction with surrounding objects during their lifetimes. Most excitingly, some of these exotic planets are heated by the powerful tidal forces of their host planets, triggering phases of intense activity such as those that shaped Uranus' Frankenstein moon Triton ("Miranda"). In some cases, these powerful tidal forces are still at work today, creating fascinating objects such as the tortured Io ("Io") and the icy Titan ("Enceladus"). Beneath Titan's calm exterior may even lie the biggest secret in the solar system: alien life.

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Since NASA's Cassini probe arrived at Saturn in 2004, the small inner moon of the planet with its own beautiful halo - Titan - has become one of the most studied and discussed planets in the entire solar system. Titan was most recently made famous by the discovery of a huge plume of water ice ejected into space from a fissure in the moon's southern hemisphere, a phenomenon that suggests liquid water is hidden beneath Titan's thin, icy shell. Prior to Cassini's arrival, early photos showed the moon's surface to be unusually shiny, with craters on the surface appearing to be covered in ice and snow. So, one could not help but wonder if there was some strange activity on Titan. Nevertheless, the pictures of the plume taken by Cassini during its flyby of the water-ice plume are certainly a spectacular proof that Titan is indeed an active world.

Io is the most distant of Jupiter's four Galilean moons and the third largest moon in our solar system, just a little smaller than Mercury. Io's fame comes from the fact that it is the most violently impacted object in the solar system; its dark surface is covered with indistinguishable craters, the deepest of which have almost subsurface ice exposed, and its surface is scattered with bright "ejecta" debris.

Io's position in the Jupiter system has resulted in craters all over its surface. The giant planet's gravity has a powerful effect, disrupting the orbits of comets passing by Jupiter and often pulling them to their doom. 1994 was the most famous celestial impact, when Comet Shoemaker-Levy 9 collided with Jupiter. And some of Jupiter's larger moons are the most vulnerable to impact implication, except that Io's other inner neighbors (which are more affected by tidal forces) have undergone the geological process of wiping out ancient craters. Io's surface, however, has remained largely unchanged for more than 4.5 billion years, resulting in a spectacular spectacle of craters stacked on top of each other across billions of years.

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