Hmm. The EMP is surrounded in science fiction. |
You know, I should have remembered the fact that they don't yet exist. Now I can make fun of my call of duty adoring (literally) "friend," who bores me to tears with his constant talk of it being "amazing," and "the best game ever" (impossible), and "so realistic." Well, EMPs don't exist. Ha!
Oh yeah, and a riot shield can't deflect bullets. The point of kevlar, bomb-squad armour, etc. is to
slow down projectiles that would otherwise kill you instead of just severely maiming you.
And if your wondering why I'm talking about this stuff... well, Biology is my third favourite subject, after Computer Science and Physics. Chemistry, for one reason or another, is waaaaaaay down below maths (at least I can do
some maths).
After all, the damage is presumed to be inflicted upon the circuitry, so there's no way to tell if it would have effect on "organic" circuitry (ie humans). |
Does it matter whether the circuit is copper and silicon or flesh? It's still electric current, it still has ampage, voltage, wattage and resistance (which is futile). Doesn't an EMP throw too much [voltage/current] at a circuit to the point of disruption or even destruction?
Which would it be, actually? I know it's the current that counts as per killing you (a single amp is enough, isn't it? I have heard a rhyme, "Volts jolts, mils kill," which implies that a number of milliamps will kill you). But a high enough voltage would kill you, too. A too-high voltage across memory on a motherboard, for example, destroys DIMMs...