The Star to Planet Transformation

We are aware that there are primarily two types of celestial bodies in space: planets and stars. Other objects, like as quasars, black holes, and white dwarfs, are essentially stars that have undergone significant alterations. However, the two are distinct in terms of their formation and activities.

Giant gaseous balls that are stars conduct intense chemical reactions that produce light and heat. In contrast to stars, which produce light and heat through chemical reactions, planets are either solid masses or, even if they are gas, do not do so. Usually considerably smaller and less substantial than their stars, planets circle other stars. Therefore, we are claiming that they are different things. Though perhaps not always. There is a star that collided with a black hole far away in a galaxy known as GSN 069. Because nothing could potentially escape a black hole, that nearly usually means the death of the star. This star did, in fact.

The star suffered greatly during its run-in and is currently orbiting the black hole. Due to all the material being removed from it, the black hole transformed it from a red giant into a white dwarf. Because of the black hole's influence, scientists think that the star may eventually transform into a planet rather than continuing down the usual course of stellar destruction. One day is relative in this case, and the current estimate is over a trillion years in the future, which is absurd even on a stellar timeline.