AseerX

I read the laws of physics do not apply inside a black hole so it raised an eyebrow and hence the question mark? I also read that we do not know what happened during the first stages of the big bang and read a bit about loop quantum gravity etc etc I think It does make a difference if all the matter turns into radiation. Photons can all occupy the same space whereas fermions can not, no matter how hard you squeeze them, unless maybe the laws of physics break down and they convert into other fundamental particles with larger masses/inertias/energy ?. If all the photons exist in a central point and cant escape there would be a lot of energy going no where. A photon which is stationery ie disappeared down a wormhole up its own field fluctuation may be like a particle, ie if a particle antiparticle annihilation can result in gamma rays, constricting them into a small space could result in them disappearing up there own field fluctuation and becoming particles, perhaps? Thanks for the link, I think I may have read it before. Would photons forced into the centre of a blackhole combine and increase in energy, until they had enough energy to escape?-1