Is it possible for Jupiter to become a star?

Jupiter is the largest planet in the solar system, it is a gaseous planet with a mass of about 1047 times the mass of the Sun. The main components of Jupiter's atmosphere are hydrogen and helium, of which hydrogen accounts for nearly 90% and helium accounts for nearly 10%. Hydrogen and helium are the two most abundant elements in the universe, and the most important component of stars is hydrogen, followed by helium.

Jupiter is sometimes called a "failed star", so why is it said to have failed?

Stars and planets are created in nebulae, and some of the heavy elements in the nebula will first come together under the influence of gravity. In the beginning, heavier elements are attracted together, and terrestrial planets like the Earth contain more heavy elements. Because the mass of a planet as large as the Earth is not large enough, the relatively light hydrogen and helium are not easy to be bound.

As planets grow, they become more capable of attracting other objects as their mass increases. When the mass reaches a certain level, hydrogen and helium will not easily escape the gravitational pull of the planet. <>

Nebulae contain a lot of hydrogen and helium, and if Jupiter is placed in a nebula, it is possible that it will continue to attract the surrounding hydrogen and helium, and the greater the mass, the stronger the attraction power. When enough hydrogen and helium are attracted, nuclear fusion inside the planet is ignited, and the planet is no longer a planet. If Jupiter's mass were 13 times that of its current mass, the heat and pressure at its center would ignite the fusion of deuterium, making Jupiter a brown dwarf.

If the mass is further increased to more than 90 times that of the current one, it will be able to ignite the fusion of the center of the disease, and then it will become a red dwarf, which is a star in the true sense of the word.

Jupiter didn't become a star because there wasn't much hydrogen around it anymore to attract. The solar system is not in a hydrogen-rich nebula, and neither Jupiter nor the Sun is a growing planet. Jupiter has lost the possibility of becoming a star. <>

If Jupiter still has the potential to become a star, it is a very unlikely way to absorb the material thrown by other stars when they become red dwarfs or when they have a supernova explosion. If you absorb the material thrown by the sun when it becomes a red giant, you need to absorb one-tenth of the current mass of the sun to become a star, which is not easy said or done! In addition, it is hoped that other stars will arrive near the solar system and become red giants or supernovae, throwing material that will be absorbed by Jupiter.

This is also very unlikely.

It is impossible for Jupiter to become a star because the conditions for star formation are extremely difficult, and stars are formed by the collapse of gas clouds and certain conditions such as pressure and temperature. Jupiter, on the other hand, is a planet that has reached a stable solid state, so it cannot become a star.

Jupiter doesn't become a star. , because Jupiter is already a formed body, and will not re-fission to form stars.

It is impossible for Jupiter to become a star because there is no possibility of fission in the internal structure.

Jupiter is likely to become a star in its current state, because Jupiter's trajectory is slowly changing, and it is very likely that it will become a part of the star.

In nature, Jupiter does not become a star.

Jupiter appears as an oblate sphere (a slight but noticeable bulge near the equator) due to its rapid rotation. The outer atmosphere is clearly divided into multiple zones according to latitude, and the margins where each zone is connected are prone to turbulence and storms.

The most notable example is the Great Red Spot, which was first discovered with telescopes in the 17th century.

Among the eight known planets in the solar system, Jupiter is indeed a "giant", and the combined mass of the other planets is only 40% of Jupiter, less than half.

Although Jupiter's composition is very similar to that of stars, Jupiter's mass is still too low, and what kind of mass will determine what kind of celestial body. As a star, the Sun has a mass 1,000 times that of Jupiter, which is equivalent to the total mass of all objects in the solar system.

Such a huge difference in mass determines that the Sun and Jupiter are two completely different celestial bodies.

Introduction to Jupiter

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 giant planets). Jupiter is a gas giant composed mainly of hydrogen, followed by helium at 25% of the total mass and 70% of all the planets in the solar system, and the core contains other heavier elements.

Gas planets do not have a physical surface, and their density of gaseous matter increases with depth. What humans see is usually the tip of the clouds in the atmosphere, with a slightly higher pressure than 1 atmosphere.

Jupiter cannot become a star. Because in our solar system, there is simply not enough material to provide Jupiter to make it a star, as mentioned earlier, Jupiter's mass is equivalent to the other seven planets combined, and the mass of the other dwarf planets, asteroids, moons, comets, etc. is not much combined.

That is to say, in addition to the sun, Jupiter's mass accounts for a large part of the solar system, and the other parts are not as large as the mass of a Jupiter, so it is impossible to double the mass of Jupiter in the solar system, let alone increase it by 80 times, so it is impossible for Jupiter to become a star in the foreseeable future.

A brief introduction to the rest of Jupiter.

Jupiter is a giant planet with a mass of one-thousandth the mass of the Sun, but twice the mass of the other planets in the solar system combined. Jupiter's main component is hydrogen, but helium, which accounts for only one-tenth of the molecular quantity, makes up a quarter of the total mass; It may have a rocky core and heavy elements, but no solid surface that can be clearly defined. Due to its rapid rotation, Jupiter's appearance appears as an oblate sphere.

The atmosphere is divided into different zones and zones depending on latitude, and there are turbulence and storms at the junction of each other.

Jupiter could not have been a star.

The mass of the smallest star is also equivalent to about 8% of the sun, that is, equivalent to 80 times the mass of Jupiter, it can be seen that in order for Jupiter to become a star, its mass will increase to 80 times its own mass, but our solar system has been formed and is in a stable state, and in all the material of the solar system, the sun itself occupies it.

All the remaining planets, dwarf planets, moons, comets, asteroids, etc., occupy the rest, so even if Jupiter unifies all other celestial bodies in the solar system except the sun, its mass is still far from becoming the smallest star, so Jupiter has no possibility of becoming a star.

When the Sun becomes a red giant in its later years, its core will become unstable, and the nuclear fusion in its center will be sometimes strong and sometimes weak, so that the Sun will eject a large amount of material from time to time, because these materials belong to the periphery of the Sun, which will contain a large amount of hydrogen, so if these materials are captured by Jupiter, the mass of Jupiter will increase very quickly.

However, it is still very difficult for Jupiter to increase to 80 times its own mass, astronomers reason that this is impossible, so if Jupiter only relies on the material in the solar system, it is difficult to become a star no matter how it is, unless it hits the sun in the future and becomes a part of the sun, then it will become a star, and it will become the sun.

Jupiter is a gas planet. With the meteorization of Jupiter's primordial energy in the future, it is very likely that it will become a star, and then Jupiter will become a glowing planet. As we all know, our Earth, like Jupiter, is one of the eight planets of the solar system, namely Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune.

Among them, Saturn, Jupiter, Uranus, and Neptune belong to the gas planets, while Mercury, Venus, Earth, and Mars belong to the geological planets on the rocky surface.

Of the eight planets in the solar system, Jupiter has the largest volume and mass. It is about 1,321 times the volume of the Earth and more than twice the mass of the other seven planets in the solar system combined. Because of this, Jupiter is also known as the "king of planets" of the solar system.

Although Jupiter is a planet, it can reach one-thousandth the mass of the Sun and more than twice that of the other planets combined.

If it continues to operate according to the current energy cycle, it is very likely to become a star like the sun. In nature, Jupiter does not become a star. Among the eight known planets in the solar system, Jupiter is indeed a "giant planet", and the combined mass of the other planets is only 40% of Jupiter, less than half.

Although Jupiter's composition is very similar to that of stars, Jupiter's mass is still too low.

What kind of mass will determine what kind of celestial body. As a star, the Sun is 1,000 times more massive than Jupiter, equivalent to the total mass of all celestial bodies in the solar system. Such a huge mass gap determines that the Sun and Jupiter are two completely different celestial bodies.

However, celestial bodies do not need to reach the mass of the Sun to be stars. According to theoretical and practical observations, the lower limit of the mass of a star is about 8% of the mass of the Sun, or 80 times the mass of Jupiter.

In order for Jupiter to become a star, its mass needs to be increased by a factor of 80 so that its inner core can ignite hydrogen fusion inside. This means that Jupiter needs material equivalent to 8% of the mass of the Sun, and the total mass of matter in the solar system other than the Sun is much lower than that. It is only from the sun that we can get enough material.

Jupiter has the potential to become a star, and Jupiter is the only planet that is close to the Sun in mass, which is entirely an energy foreshadowing that it may transform into a star in the future; It is estimated that under the action, Jupiter, a gaseous planet, will eventually become a dense "star" after the change of magnetic field, temperature and pressure, and Jupiter's transformation into a star will cause structural disorders in the solar system and cause many variables.