Are you saying that a particle can become a black hole by accelerating to a high velocity close to c? If that is what you are saying, then you are wrong.negru said:Any particle, given enough energy, will become a black hole
atyy said:
fzero said:That's addressing the converse of the question in the OP.
For an elementary particle to be a black hole, it must have a Compton wavelength smaller than its Schwarzschild radius, otherwise the horizon is not defined. The lower bound on the mass of a black hole is therefore the Planck mass. All known elementary particles are well below this bound, so they are not black holes.
negru said:Yeah i was wrong, sorry.
Yes, according to the theory of general relativity, any object with a mass and a small enough radius can become a black hole. This includes particles, which can have a very small radius and therefore a strong gravitational pull.
When a particle has a high enough density, its gravitational pull becomes strong enough to overcome the forces that usually hold particles together. This causes the particle to collapse into a singularity, creating a black hole.
There are no known examples of particles being black holes in nature. However, scientists have created miniature black holes in laboratories using particle accelerators, providing evidence that particles can indeed become black holes.
Yes, any type of particle with mass can potentially become a black hole. This includes not only subatomic particles, but also larger particles such as atoms and even planets.
Particle black holes, also known as micro black holes, have different properties than larger black holes. They have a smaller mass and therefore a smaller event horizon, making them difficult to detect. They also evaporate and disappear much faster due to Hawking radiation, whereas larger black holes have a longer lifespan.