Jupiter in the Solar System, Jupiter s role in the Solar System

Nuclear fusion is inherently an instantaneous reaction. The nuclear fusion created by humans is only short because of the limitations of human technology. Hundreds of millions of degrees of high temperature are required to meet the conditions for nuclear fusion to occur, and the high temperature that the solid matter that human beings have been able to develop so far can resist is less than 5,000 degrees, which greatly limits the development of artificial nuclear fusion.

The best known method for scientists is to use energy confinement to achieve artificial nuclear fusion, that is, to use a strong magnetic field to confine high-temperature particles to control the huge amount of energy produced by nuclear fusion. This can be said to be a hard-hitting tactic of hitting an elephant with a fist! This means that the longer you maintain the heat, the more difficult it becomes.

A few years ago, it was reported that Chinese artificial controlled nuclear fusion achieved a world record lasting 12 seconds, and not long ago it was reported that China's controlled nuclear fusion research has achieved current output. These seemingly inconspicuous achievements, if you understand the difficulty of nuclear fusion research, you can understand how amazing the Chinese are! And nuclear fusion in stars only continues to occur because of its own favorable conditions.

The gravitational pull of its own massive mass and the expansion of its core nuclear fusion are mutually restrictive to maintain the star's own equilibrium. At the same time, the enormous pressure allows the star to produce a core that is hot enough for atoms to fuse. So the nuclear fusion of stars can go forward.

As for mass loss, the mass of the sun is so great that it uses up millions of tons of matter per second to convert into energy, and it can still burn for tens of billions of years!

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If the hydrogen content is the same as that of Jupiter, nuclear fusion can be triggered.

Jupiter is the largest and fastest rotating planet among the eight planets in the solar system, the fifth planet from the inside out. It has a mass of one-thousandth the mass of the Sun and a mass of the other seven planets in the Solar System combined. Jupiter, Saturn, Uranus, and Neptune are all gas planets, so they are also called Jupiter-like planets (Jupiter and Saturn are collectively called gas giants).

Jupiter is a gas giant that makes up 70% of all the planets in the solar system and is mainly composed of hydrogen, followed by helium at 25% of the total mass, and the core contains other heavier elements. What humans see is usually the tip of the clouds in the atmosphere, with a slightly higher pressure than 1 atmosphere.

Jupiter is a giant liquid hydrogen planetary body. As the depth increases, at kilometers above the surface, liquid hydrogen forms at high pressures and temperatures. It is speculated that the center of Jupiter is a core region composed of silicate and iron and other perforated substances, and the composition of the material is in a continuous transition from density.

Jupiter may be huge, but it spins faster than any other planet. Spin at nearly 30,000 miles per hour! Because of this speed, Jupiter's day is only 10 hours!

This incredible speed of the manuscript has even led to a significant expansion of the region near Jupiter's equator.

Jupiter's most famous feature, the Great Red Dot is a wild and huge storm. The storm is large enough to hold three diameter Earths with honorifics. The Big Red Dot is over 350 years old and shows little sign of slowing down at any point!

According to the observations, scientists have found that the most pronounced red region in Jupiter's Great Red Spot confirms the theory that there is a hot core inside the cold storm system. The dark lines at the edge of the storm in the observation show that the gas released by the storm eruption is spreading into the interior of the planet.

The temperature of Jupiter's inner center is as high as 280,000 K, which has reached the temperature required for thermonuclear reactions, but the pressure of Jupiter's internal center has not yet reached the requirements of thermonuclear reactions. According to scientists, the pressure in Jupiter's inner center has been rising for several years, and after billions of years, the pressure in Jupiter's inner center may be able to meet the requirements for thermonuclear reactions. At that time, Jupiter, which has the basic conditions for thermonuclear reactions, will change its internal heat production capacity from the original way to nuclear fusion, and the vortex rotating atmosphere is a huge "emitter" of energy generated by nuclear fusion inside Jupiter, constantly releasing energy to the outside world.

As a result, scientists speculate that in a few billion years, Jupiter may be "transformed" from a planet to a star.

1.Jupiter is the largest planet in our solar system, with more than twice the mass of all other planets combined.

2.This predominantly gaseous giant has four super-large moons and many smaller moons.

3.Jupiter's rotation is very fast, basically less than ten hours a day on Jupiter.

4.Jupiter's solar system actually played an important role in the formation of the solar system, but it puzzled astronomers for a long time.

5.It is now widely believed that Jupiter is mainly composed of hydrogen and helium, which itself is amazingly destructive.

6.Jupiter played a large role in the formation of the solar system, and it is also the protector of our planet in today's solar system.

Jupiter is the fifth closest planet to the Sun and the largest planet in the Solar System.

Jupiter is a moon of the solar system and is the largest planet in the solar system. There is a theory that there was no competition in the early days, and the sun did not become a star. It can only become a planet.

Jupiter is called a class planet, also called an outer planet.