>>11659131So i been thinking on your topic tonight.
I knew there would be a thread. So any physics fags care to answer.
So heres my thought line.
Gravity is defined my mass and distance. Meaning no matter how small a mass is we can still create a nlack hole if our two masses are near enough to each other, right?
So lets take a fundamentally small unit, say a proton. In a helium atom they are like 3.2 fermi apart, or 10^-15 meters. Given their mass they collspse to a nlack hole around 10^-20 meters. But the closer we push them the stronger their repulsive force becomes stronger. Is it pissible to creat that much force? Is the pressure of mass and geavity enough to overcome the electrostatic forces? I ask, because if the answer is no the a black hole cannot form at the level of a fundamental particle so how then could it have enough force to act on that which lies outside of thise two fundamental particles. (If the requisite force cannot exist to make a black hole from 2 particles then it should not be able to exist in a manner to cause it over a distribution if a greater number of particles as no 2 particles in that group can reach said distance. What am i missing?)
