What does the surface of Jupiter look like? Why is the atmosphere so thick?

With the development of science and technology, mankind has finally realized the dream of landing on the moon, and can also do various research in space. In addition to these, our scientists have also been working hard to study the seven planets. , hoping to land on their land one day, so let’s talk about what the surface of Jupiter is like? Why is the atmosphere so thick? In fact, the surface of Jupiter is composed of hydrogen, helium and some trace gases. Therefore, Jupiter does not have a solid surface, which makes Jupiter's atmosphere look so thick.

Jupiter ranks second among the eight major stars. Usually we see Jupiter only as its surface rather than itself. The surface of our Jupiter is composed of hydrogen atoms and helium atoms, as well as some trace elements, etc., and The mass of a hydrogen atom is four times that of a helium atom, so Jupiter's gravity is 2.5 times greater than the Earth's gravity. Jupiter has an incorporeal surface. If we stand on the surface, people or objects will immediately sink in. The reason for this is caused by these gases.

The core of Jupiter is a dense core mixed with various elements. Its mass is equivalent to 10 to 15 times the mass of the Earth. Its temperature is very high, up to 30,000 degrees, which is higher than that of the Earth. The temperature on the surface of the sun is still high. The main component of the material inside Jupiter is liquid hydrogen, making it look like a solid. But it is not actually a solid. It just looks like a solid. It is formed by a mixture of hydrogen and helium fluids. It looks like a solid gas, and its atmosphere accounts for about 1 of its own mass, which is almost three times the mass of the earth. Compared with it, the mass of the earth's atmosphere is as small as a big house.

Although our scientists have made great progress in the study of Jupiter and have ruled out the existence of life in these aspects, we still have certain uncertainties about its true internal structure, as well as its I have no real understanding of the earth's core movement and other aspects, but I believe that we humans will do it one day. It is just a matter of time.