Originally posted by Galan007 How does the universe being destroyed in a progressive 'chain reaction'(ie. first a city, then a continent, then a planet, then the universe) somehow diminish the potency of the energy released? It's not like the energy inextricably became more powerful as it spread outward.
It doesn't diminish its potency. And thank god it wasn't explained as something that goes stronger as it spreads outward... because then we would have some Dragonball level nonsense at our hands.
However, energy expanding from a single point until the end of the universe does not equal that single point setting off a chain reaction. Two entirely different things.
What is a chain reaction?
"a self-sustaining reaction in which the fission of nuclei of one generation of nuclei produces particles that cause the fission of at least an equal number of nuclei of the succeeding generation"
"a series of events in which each event is the result of the one preceding and the cause of the one following"
It's really two different things. Monarch didn't set off ONE explosion, which destroyed one universe. Monarch set off an explosion, which started a CHAIN REACTION of destruction. In the end of the day, both explosions destroy the universe, but one works differently than the other. Both bust a universe. The difference is that the former straight up destroys a universe. The latter starts a series of events, which end up destroying a universe after a certain amount of time.
Hulk can't survive an explosion, which destroys an universe. Can Hulk survive the event, which sets off a chain reaction, which leads to the end of an universe? Depending on the potency of that starting event he might be able to survive it... or he might die. Since Superman-Prime survived it, I believe that someone like World Breaker Hulk would be able to survive it as well.
Originally posted by Bentley
Well, actual chain reactions in subatomic particles work by releasing the atomic bonds in particles which liberates an insane amount of enerqy. If you were to pinpoint every atom and split a few nuclei around the universe it'd take a lot less energy than making a full explosion encompasing the whole universe.So yes, atomic decay destroying a universe doesn't ask for as much energy as an universal explosion, but it still demands a sh_tload of energy and it's an universal feat through and through
That's exactly my point.