Originally posted by AlbertoJohnAvil
If the pressure of Black Holes is less than a Stellar Weight, then how was the material of those chains manipulated under the pressure of an inverted Black hole?
A Black Hole should be logically stronger than a White Hole, because it absorbs, whereas a White Hole emits.
Absorbing something requires more pressure than releasing said thing.
You are assuming here.
1st white holes are not proven to exist, so there is no actual science on them. So in fiction, they can have more pressure than a black hole can if the writer wanted.
2nd, absorbing something requires more pressure than releasing is a false statement.
3rd, when people mention black holes they are referring to the event horizon (a region of space), not the singularity in the center (which is the size of an atom). Inside the event, the pressure is less than stellar. But when you get infinitesimally close to the singularity then the pressure would exceed stellar amount.
Originally posted by celeyhyga17
BM is a definete no. He hasnt done anything strengthwise that woyld make me think twice. The others have some ridic otherworldly shiet that theyve done.
And im only putting Thanos as a yes because he's always written above the ones on the list.
Sentry is... I dont know. He is all over the place. So yes for him too. Wutever.
Carver should get reported by naming BM. He doesn't even have a planetary feat, let alone a stellar feat.
Originally posted by carver9
😂 ...you just proved my point. The chains Superman broke doesnt have any fts, it's basically statements and it was called unbreakable chains. Both showings are hyperbole. Both of them. This is why I said everyone on the list can pull this ft off.
Superman didnt break unbreakable chains. That would be a contradiction. The chains were not unbreakable because they were broken. Yes, stating that they are unbreakable is hyperbole. The feat is what the chains are capable of doing. That's what we are going by, not the unbreakable stance.
Good so you agree that the statement "any pressure" is false when shown otherwise.