Will Jupiter be the second Sun?

Scientists have found that Jupiter emits twice as much heat as it receives from the Sun, which means that Jupiter itself heats up, and its brightness is increasing year by year. At the same time, Jupiter is very big and constantly has to get the material thrown out by the solar system, and some people predict that in 3 billion years, Jupiter will have a mass similar to that of the Sun, and then it will become a luminous and hot star, that is, it will become the second sun.

It's not entirely impossible.

I once read the same question in an early book.

The structure of Jupiter and the Earth are different.

It is not a planet made up of solid matter.

I copied down the answers from this book.

Books of '94.

Maybe it's a little bit inaccurate.

After all, technology is advancing by leaps and bounds.

Jupiter, which is mainly a huge liquid planet made up of hydrogen and helium, has found that Jupiter itself is able to emit a faint light and brightens by about a magnitude every four years, a phenomenon that some believe may be caused by the thermonuclear reaction that is taking place inside Jupiter.

Some scientists believe that Jupiter is huge in size. Every day, the particles of matter thrown by the Sun are captured, and after about 3 billion years, Jupiter will increase in size to a level second only to the Sun. At that point, its core temperature will be higher, allowing the hydrogen to emit a lot of light and heat in the process of turning into helium, and it will become another sun.

It is very likely that planets close to Jupiter will be captured by it, revolve around it, and establish another with Jupiter as the center"Solar system".It is also believed that Jupiter and the Sun would form a binary star system at that time, which would be equal to the Sun in the solar system, becoming the second parent in the solar system.

Here's a little bit of information:

Jupiter's gravitational pull is very strong, a 30-kilogram object on Earth weighs 60 tons on Jupiter, a day on Jupiter is 10 hours on Earth, and a 1-year on Jupiter is 12 years on Earth.

Jupiter's surface is 82% hydrogen, 17% helium, and the other 1%.Jupiter is mainly composed of liquid hydrogen. The surface temperature is -120 C and the core temperature is 30000 C

Jupiter has a strong magnetic field, which is the opposite of Earth's. The brighter parts of Jupiter have higher temperatures and air pressures, while the dark streaks are the opposite. The Great Red Spot on Jupiter's surface is the Storm Circle. Jupiter has 16 moons, 4 of which are particularly large and are called Galilean moons.

That's all I know.

Hope it helps. If there is no allow.

I also hope that other friends will help to correct it.

Jupiter is the largest planet in the solar system. Combined, all the other planets have less than half the mass of Jupiter. Physicist Paul M. SartreSutter said that if Jupiter were a little bigger, it would probably become a second sun.

Sartre said that about half of the galaxies in the Milky Way have two or even three stars. Our solar system has only one star, the Sun.

If Jupiter were 80 times larger than it is now, its inner core would have enough pressure and temperature to ignite nuclear fusion and rank among the red dwarfs at least. People feel that 80 times is far from it. In fact, for celestial bodies, this difference is too small.

The matter that makes up the solar system interacts to produce planets, most of which are used up by Jupiter. Jupiter starts with an inner core of stone and ice, about 5 10 times the size of Earth, and continues to absorb the surrounding hydrogen and helium at a rapid pace, growing at an exponential rate. 80 is a small number for exponential growth.

If our solar system had a little more material to spare at that time, Jupiter would have begun to collapse and ignite as a second sun. If that were the case, the other planets around us would not be affected, but the Earth would not be able to host life and civilization.

Like other galaxies with two stars, scientists have observed, there are hardly any habitable zones to be found there, which allows the planet to retain water from volatile and not freeze in the cold all year round.

So, fortunately, Jupiter didn't continue to grow.

Jupiter is the largest of the nine planets in the Sun's system, and its round "big belly" can hold more than 1,300 Earths.

It is also very heavy, except for the sun, all the planets, moons, asteroids and other large and small celestial bodies in the solar system combined, which are not as heavy as Jupiter. In astronomy, giant planets like Jupiter are called "giant planets."

Some people believe that this planet is likely to change its properties in the future and become the "second sun" in the solar system, but what is the reason for this? It turns out that astronomical observations from 104 BC to 1368 AD indicate that Jupiter's brightness is gradually increasing. In addition, according to theoretical calculations, Jupiter's surface temperature should be -168 degrees, but when Pioneer 11 flew by Jupiter in December 1974, it measured its surface temperature to be -148 degrees.

The temperature of the planet's surface is stable, and the energy it receives from the Sun is balanced by the energy it emits into space, but Jupiter spends more than it earns. This shows that Jupiter is rich in energy, and it is a planet that can make itself shine.

Some scientists believe that Jupiter's interior is undergoing thermonuclear reactions like the Sun, and that the core temperature is getting higher and higher. They also believe that a significant portion of the particles that the Sun emits outward in the form of the solar wind are captured by Jupiter, which gradually increases its mass and energy, while the Sun weakens. In 3 billion years, the Sun will resemble a dying old man, and Jupiter will be like a newborn sun, illuminating the vastness of space.

Some scientists believe that Jupiter's volume is only one-fraction of the Sun's, and its central temperature is only one-hundredth of the Sun's, which is not enough to produce a thermonuclear reaction, so it is not qualified to become a star. They believe that Jupiter's excess energy is the thermal energy that accumulated from the primordial nebula at the beginning of Jupiter's formation. Slow.

Soviet scientists Suchkov and Salim Tsibarov believe that Jupiter is undergoing a thermonuclear reaction, and the core temperature of Jupiter has reached 280,000 degrees Celsius. In addition to converting gravitational energy into heat, Jupiter is constantly absorbing the energy released by the Sun, making it more energetic and hotter, and constantly releasing energy. The speed of release is accelerating, and eventually it becomes a real star.

In the case of imperfect observation and theory, major natural science mysteries such as "whether Jupiter is evolving in the direction of the star" cannot be solved at present, and even in the foreseeable future, I am afraid that no clues can be found. This will undoubtedly be the subject of long-term research by scientists.

Possibly, because Jupiter is also mostly composed of hydrogen and helium, very similar to the Sun, it is likely to be the next Sun over time.

Jupiter will not be the next Sun. Because in the long river of the universe, each planet has its own mission, and there will be no phenomenon of one being replaced by another.

I don't think Jupiter will be the next sun, and the temperature on Jupiter's surface is more than -100 degrees Celsius, and people can't live there normally.

No, although Jupiter resembles a small solar system in some ways, it clearly lacks the necessary conditions to be the sun. This is mainly due to the fact that its temperature is still far from that of the Sun, and its mass is too small compared to the Sun, only 1 1000 times that of the Sun. At least for now, nuclear fusion like the Sun's core is unlikely to occur in Jupiter's interior.

It is difficult to achieve, stars can drive the movement of surrounding celestial bodies, and now Jupiter, although it has a surrounding asteroid belt, has not yet formed a tight orbit, and is still a long way from becoming a star.

I think it's possible, because the material that makes up Jupiter is mainly hydrogen and helium, which is extremely similar to the Sun; Scientists believe that in 3 billion years, Jupiter may become another sun, and at that time, Jupiter will increase in size to about the size of the sun due to the continuous capture of the material particles thrown by the sun; The internal temperature rises due to greater pressure, causing hydrogen to fuse into helium, releasing a huge amount of energy; Planets close to Jupiter change their orbits and become planets of Jupiter.

There is a good chance that Jupiter will turn into the Sun! Recent studies have found that Jupiter's brightness is not only increasing, but also releasing huge energy into the surrounding space Scientists have studied the results of recent expeditions to Jupiter and believe that in the history of Jupiter's origin and evolution, it has the same process as the sun Presumably, after several billion years of evolution, Jupiter is very likely to become the sun

It doesn't seem to be very likely.。。 As long as the sun is on. Poor Jupiter will be old forever 2... It's like badminton... As long as Lin Dan is in... Bao Chunlai. It's a thousand-year-old 2.。。。

Jupiter "impossible" to become a second Sun.

From the time of the origin of the solar system, the Sun at the center of the solar system was fundamentally different from the planets around it. The total mass of the solar system is almost entirely concentrated in the Sun, and Jupiter's mass is too much worse than the Sun.

And for a celestial body to become a star, it must have at least seven percent of the mass of our sun, otherwise it will never be able to ignite its own nuclear reaction. (Jupiter is far from that criterion.)

One of the above replied that "Jupiter, which is huge, captures the material particles thrown by the sun every day, and after about 3 billion years, Jupiter's volume will increase to a second level that is second only to the sun, and then its core temperature will be higher, so that hydrogen will emit a lot of light and heat in the process of turning into helium, and become another sun." This simply seems "impossible" now

First, Jupiter has reached the maximum size that a planet can reach, and if its mass increases a little more, it will shrink a little because of its gravitational pull.

Second, even if Jupiter were to capture particles of matter thrown by the Sun every day, they would be far from enough to cause a noticeable change in Jupiter's mass. (Not to mention three billion years, even three billion years is useless). And about four billion years later the sun's.

Helium fusion. It will be ignited, and then the Sun will turn into a red giant, and its powerful solar wind will "blow" Jupiter to only one inner core.

In fact, the energy produced by Jupiter itself is the result of its internal movements, with.

Thermonuclear reactions. It doesn't matter at all.