It's all about *DEGREES* of ionization.
Not really. It's about Debye length versus mean free path. And a plasma ball is well on the gas side of that divide, except along those current filaments.
In that case you're right of course but the process is still exactly the same. The filaments are the same.
But what surrounds the filaments is NOT the same. Because in a plasma ball, what surrounds the filaments is an INSULATOR. But even if you get a pinch in a plasma, what surrounds the pinch is still a conductor.
The actual "charge" aspect comes in when when talk about the "discharge" process between the cathode surface toward the anode heliosphere. The "current flow" is more important in coronal loop theory.
Except, of course, there's no discharge, because there's no dielectric breakdown, because (unlike a plasma ball) everything is conducting to begin with, and there are no first-order phase transitions for the system to go through.
You do know what a first-order phase transition is, don't you?
I do understand the difference. Tusenfum pointed out the mathematical differences earlier.
And yet, your question reveals no sign of understanding that difference.
You aren't listening. It doesn't matter whether you call it "quasi-neutral", it's still a "current flow" that will in fact kill you!
Well, duh! I never said it wasn't. But 1) it's not a matter of what I call it, it's a matter of it actually being the case that, even with lightning flowing through me, I have almost zero net charge, and 2) you're now abandoning the very argument that you tried to make when you brought up the example.
Plasmas, even current-carrying plasmas, are quasi-neutral. On large scales, they have almost no net charge. You keep trying to come up with irrelevant examples to disprove this rather simple statement, examples which, even if relevant, still wouldn't actually disprove it. If you DO understand the difference between current and charge, then how on earth did you ever conclude that lightning passing through my body would have any relevance to the question of quasi-neutrality in a plasma? If it's not a freshman physics fail, it's a logic 101 fail.