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Home / Science / Jupiter puzzle solved? Scientists reveal how they believe the planet is really shaped

Jupiter puzzle solved? Scientists reveal how they believe the planet is really shaped



It is the largest planet in our solar system and larger than any other planet altogether and many scientists believe that it originated near the sun.

However, a new study reveals the opposite In the journal Astronomy & Astrophysics, astronomers believe that the planet has now formed near Uranus.

One of the researchers involved in the newspaper comes from the University of Lund in Sweden: "This is the first time we have evidence that Jupiter was a long way from the sun and then moved to its current orbit." [1

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Jupiter, its moons and orbiting asteroids

See artist interpretation of the stormy gas giant with the red dot

Voyager 2 image of the Great Red Spot and the South Equator Belt

Juno spaceship over the Jupiter Great Red Spot. Computer illustration of NASA's Juno spacecraft over Jupiter's post. Juno was launched in 2011 on a five-year Jupiter flight. Unlike previous Jupiter missions, solar panels are used (three arrays here). Earlier Jupiter missions were powered by generators powered by radioactive decay of atomic isotopes. The device at the end of the array on the left is the magnetometer experiment. After arriving in July 2016, Juno Jupiter will orbit 32 times next year, gathering information about the planet's atmosphere, magnetic field, and gravitational field. With a diameter of 142 and 984 kilometers, Jupiter is the largest of the planets.

This illustration shows a group of asteroids and their orbits around the sun compared to the planets. Unlike the orbits, the planets are not scalable. It is believed that the asteroid belt is a planet that has not formed due to the influence of gravity from Jupiter.

Artistic concept of Jovian Trojans showing both leading and trailing packs of Trojans in orbit with Jupiter. Jovian Trojans are asteroids that place the sun in the same orbit as Jupiter, evenly dark with a hint of burgundy color and matte surfaces that reflect little sunlight.

Ice clouds on Europe. Europe is the smallest of the four Galilean moons of Jupiter and the second closest to the planet. Its surface is iced and relatively smooth. Impacting meteorites cause the surface to melt, making the water smooth before it is frozen again. There are some signs of large-scale movements of the ice, possibly supported by a liquid mantle and driven by thermal processes in the moon. Ice geysers were seen on this moon, as in this illustration – rays of water-rich material spewing 200 km into space. Io is also seen in front of the night side of Kupiter.

Full-frame image of the Jupiter satellite Io, which was taken from several individual images of the Voyager 1 probe on 4 March 1979 from a range of 862,000 kilometers. The circular element in the middle with a dark spot in the middle is an active volcano, and the other features resemble it. The volcanic activity of Ios seems to have at least two types: explosive eruptions that hurl material up to 250 km into the sky of the satellites; and lava flowing over its surface.

Artist's impression of the gas giant

Planet Jupiter. 3d rendering digital background. Space scenery

Jupiter's great moon Europe is covered in liquid water by a thick ice crust over a huge ocean. This crust will often accumulate in long ridges when clods collide.




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And it was a long hike to this point, which took about 700,000 years.

Researchers studied asteroids called Trojans and found that Jupiter had much more of it than it did (50% more to be exact).

The scientists also concluded that the planet is about 4.5 billion years old.

Nasa plans to launch a probe in 2020 to study the Trojan asteroids and learn more about the Jupiter core.

Nasa plans to launch a probe in 2020 to study the Trojan asteroids and learn more about the Jupiter core.


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