Everything will be shattered, all the planets and moon will turn into dust, research has said that this is how the solar system will end

Scientists have known for years that our Earth will one day be swallowed by the Sun as it balloons with its exhausted fuel. A new study has revealed that the end of Earth and other planets may be more chaotic and shocking than humans have imagined. According to this, even if the Sun swallows our planet, other planets will be broken into pieces and likely to turn into dust.

According to researchers at the University of Warwick, after about five billion years, our Sun’s core will begin to burn. But before that, the Sun will begin to swell and grow more than 200 times its original size, and helium will begin to burn in its outer layers. Once this happens, the Sun will turn into a white dwarf, which will be a remnant of the Sun and will glow from the residual heat as it cools.

Speaking about the destruction of the solar system, Professor Boris Gensick of the University of Warwick says that the sad news is that the expanding Sun will probably swallow the Earth before it becomes a white dwarf. Till now scientists do not know much about what will happen to the rest of the solar system after the Sun turns into a white dwarf.

The researchers looked at the fate of moons, planets and asteroids that will pass close to the white dwarf by observing the transit. Researchers found that the transits around white dwarf stars were irregular and highly chaotic, pointing to the fact that their futures are likely to be fiery and destructive.

As for the rest of the Solar System, Professor Gensike explained, some asteroids located between Mars and Jupiter, and perhaps some of Jupiter’s moons, may have been displaced and become the last white dwarfs to undergo the fragmentation process we examined. Can come quite close.

Meanwhile, Dr. Amornrat Aungverosvit of Naresuan University in Thailand, who led the study, said that previous research has shown that when asteroids, moons and planets get close to white dwarfs, the immense gravity of these stars pulls these small planetary bodies together. Breaks it into small pieces. Collisions between these fragments eventually turn them into dust, which eventually falls into the white dwarf, helping us determine what type of material the original planetary bodies were made of.