So Iceman isn't immune to cold snap?🤣
Mattwod
Member Posts: 4 ★
I think some of the immunities need to be ironed out more logically, Colossus shouldn't bleed and Iceman shouldn't be susceptible to cold snap. Also invisible woman's invisibility is so much more effective than the hood's... doesn't make sense.
3
Comments
Pete and repeat were in a boat. Pete fell out of the boat.....
1. I don't care, and
2. He shouldn't be coldsnap immune (for the exact reasons that you've just said.
My only problem is that Sabretooth is coldsnap immune. Cause he has fur... or something... Iceman shouldn't be coldsnap immune, but Sabretooth definitely shouldn't either.
Look listen, MCOC is inside one of many multiverses in marvel, and nothing makes sense there. This enables humans to fight with literal gods. If everything made sense there, it would severely impact the game and make it unfair.
Iceman doesn't just allow things to cool. He *actively* cools things much faster than they should, or ever could. And the only way to do that is to somehow remove - I should say rip - energy out of the target at super high speed. Getting cold is actually just a side effect of what Iceman does: what he really is, is a mutant super energy pump (and in fact, the comic books acknowledge this in more recent stories).
Things that are coldsnap resistant or immune would be things that could somehow counteract that energy loss. Mephisto can probably do that because he is literally immune to that kind of energy loss due to some supernatural property. But Sabretooth is probably immune because his biology both resists that energy reduction *and* heals back any damage caused by whatever residual energy reduction actually happens.
Iceman might not be one of those things immune to the energy-sapping abilities of Iceman himself. He may be completely immune to "cold" because his body doesn't radiate heat energy, so being next to cold objects or other matter has no effect on him, and voluntarily reducing the heat energy in his body to freeze it also has no detrimental effect on him. But that doesn't automatically mean if another Iceman were to involuntarily rip energy out of his body that he would not feel any detrimental effects from that.
You can't really reach absolute zero. There's a couple of things preventing this, but it has been demonstrated that it is impossible to cool a system to absolute zero using any finite amount of work energy and finite time. This would require discussing the connection between thermodynamics, entropy, and quantum information theory. Short version: you can think of the process of cooling as a kind of computation, because you are reducing the entropy of the system (in a sense, you're learning more about the system by organizing it better). You can then show that no sequence of quantum computations can reduce the system's entropy to zero no matter how long you run it for, and thus no finite process can cool to absolute zero. Kinda.