Does implosion cause black holes?

Question

If humans were to design a way to implode a giant mass, would that cause a black hole?

Answer 1

Yes, implosions creates Blackholes, and currently we have experiments designed for the Large Hadron Collider to do exactly this - create mini-blackholes through high energy collisions (similar in effect to implosions).

Answer 2

Yes, if we put enough mass in one place (like 5 solar masses or so), and let it cool down (so there isn't too much pressure), it will implode on itself into a black hole due to its own gravity. For humans to perform such a feat, though, would constitute a formidable logistics challenge since there isn't enough mass in the solar system.

Answer 3

When something becomes massive enough it will collaps into a black hole on it's own under it's own gravity. You can call this an implosion.

Answer 4

No, and fairly no longer cellular. Cells are actually not usual in area. count implosion or perhaps subatomic particle implosion-confident, a minimum of a few styles of them. Scientists have now seen information of a Black hollow being made out of implosion of a extensive famous man or woman. There are 3 styles of Black Holes that all of us understand of- Stellar Black Holes that have been led to via the loss of existence of massive stars, Supermassive Black Holes fromed via a famous man or woman on the early stages of galactic growth whilst stellar and different products have been rapidly absorbed to create a great Black hollow on the middle of a Galaxy, and miniature Black Holes. between the theories of the delivery of our Universe is that miniature black holes ought to have been formed presently after the "enormous Bang," that's understood to have began the Universe approximately 15 billion years in the past. Very early interior the existence of the Universe the rapid growth of a few count ought to have compressed slower-shifting count adequate to settlement into black holes. some scientists hypothesize that black holes can theoretically "evaporate" and explode. The time required for the "evaporation" could remember on the mass of the black hollow. Very great black holes could prefer a time it fairly is longer than the present popular age of the universe. purely miniature black holes are concept to have the capacity to evaporation interior the present time of our universe. For a black hollow formed on the time of the "enormous Bang" to evaporate as we talk its mass must be approximately 1015g (i.e., approximately 2 trillion kilos), a sprint better than two times the mass of the present Homo sapien inhabitants on planet Earth. in the time of the acceptable component to the "evaporation," certainly one of those black hollow could explode with a rigidity of countless trillion cases that of our greatest nuclear weapon. so a approaches, even although, there's no observational information for miniature black holes.