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chhitiz
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i read somewhere that right after the bigbang, microblackholes were formed which later vaporised. is it true? how can they simply have vaporised?
orbit-one said:Don't they theorize that the new Hadron Collider will produce tiny black holes that will evaporate in nano seconds?? (No, I'm not talking about the earth-devouring ones that people are scared of...those come later, lol)
orbit-one said:Don't they theorize that the new Hadron Collider will produce tiny black holes that will evaporate in nano seconds??
Bob3141592 said:Scientists, mad or otherwise, should never do anything that is going to rip the fabric of space-time. Those kinds of things frequently expose you to higher dimensional monsters and never end well. It's all covered in the Mad Scientist's Handbook. Maybe they should read it at CERN.
ZapperZ said:Er... "frequently"? Like when? When was the last time you saw this "rip the fabric of space-time" happening?
The big bang theory is the widely accepted scientific explanation for the origin and evolution of the universe. It states that the universe began as a singularity, an infinitely small and dense point, and expanded rapidly about 13.8 billion years ago.
Microblackholes are theoretical objects that are believed to have formed in the early stages of the universe after the big bang. They are extremely small and have a mass comparable to a single particle, but they possess a strong gravitational pull.
According to the big bang theory, the early universe was extremely hot and dense. As the universe expanded and cooled, some regions became denser than others due to quantum fluctuations. These dense regions could have collapsed into microblackholes, which would have then evaporated quickly due to Hawking radiation.
It is unlikely that microblackholes still exist today. The intense radiation and high energy collisions in the early universe would have caused them to evaporate quickly. Additionally, the expansion of the universe would have caused them to be spread out and become less dense.
Microblackholes are too small to have a significant impact on the universe. Even if they did exist, they would have evaporated quickly and would not have caused any major changes to the structure of the universe. However, studying microblackholes can provide valuable insights into the early stages of the universe and the laws of physics.