
Originally Posted by
Shamgi
You're complicating things that do not need to be complicated.
Lightning does not work on Luffy.
Ice works on Luffy.
It's as simple as that. You can't apply real world physics to an anime because the anime breaks the laws of physics, dozens of times at the least. It's a given that the rules of the world in One Piece are different that the rules in our world, trying to apply one to the other is pointless.
If the physics of our world applied, Zoro could not be as strong as he is, Luffy could not stretch as much as he does(ever notice how no matter how far he stretches, his arms never constrict? It's almost like his arms are actually getting longer) and countless other examples could simply not happen.
You're taking a set of rules and attempting to apply them in a selective manner, rendering your entire arguement flawed and pointless. Technically, Eneru can turn himself into electricty, enter the body, and alter the beat of the heart, killing the opponent instantly and with no chance to dodge(he'd be done and over with by the time even another logia user mentally processed the attempt to turn to their element), and short of Luffy, no one would be immune to this. So basically Eneru is the most powerful being we'll ever see in One Piece, because he can kill any character in the series with a single action.
Beyond that, Eneru's strength was made clear. He beat Sanji in seconds, beat Zoro, Robin, and the other two with almost no effort on his part, and had the power to destroy an entire island. He was meant to be so overpowered that you honestly wondered how Luffy was going to deal with an opponent such as him. The key point to the reason that Luffy could beat Eneru was that his power was completly useless as an offense, the main way Eneru fought.
To sum it up, Eneru's designed to be absurbly powerful for the sake of a dramatic battle, and Luffy's immunity was also designed for that. Physics has no part in being compared here, because it was never considered into the mechanics, beyond rubber being resistant to electricty.
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