@Skide
I'm not interested in your beliefs, you can believe what you want. I'm interest in well documented, peer reviewed evidence, and I'd like you to critically examine your own beliefs. I can criticize your beliefs as much as I want, but at the end of the day the one that decides what you believe is you.
This isn't really a conjecture either, conjectures are based off of incomplete information, this looks like no information was the starting point here.
A bit about how the brain works: The brain does work on electrical signals, that part is really true. I had once heard that the brain runs on less wattage than a standard in home lightbulb; doing a search for 'watts the brain runs on' I am seeing that it runs on anywhere between 8 to 20 watts. This is far too low a wattage to be shorting out any appliances, and it's not directed like current from a wire.
Neurons are also busy doing their own thing, their job isn't to work together to produce a large current; my guess is that this 8 to 20 watt number was acquired from adding up all the small amounts of power between individual synapses, a calculation that would be akin to adding up the strength of all the little breezes you feel on a nice day and getting a wind speed that looks like something from a hurricane. But it's a guess, and if true it makes the number a bit less impressive to me in terms of high power. However it does mean that the brain is a pretty power efficient calculator, and that's impressive.
It's important to note that electricity in the brain isn't quite like the flow of electrons in a wire (this may be a bit rusty, it's been a long time since I've studied chem, biology, or emag). The brain relies on an electrochemical gradient driven by the flow of sodium and calcium ions to communicate between neurons. And when there is something more akin to current you know within neurons it's something that stays there; neurons are coated in something called a myelin sheath, this acts as an insulator* and allows for a stronger signal to make it to the next synapse. This makes it hard for any current to leave the circuit (in this case the axon of the cell). So with the myelin acting as an insulator, the amount of power being weak, and the fact that this isn't an episode of the xfiles, I don't see how what you're saying makes sense.
The brain doesn't appear to be special either, just very complicated in the view of our understanding at the moment. So why would we expect to observe such a phenomenon only in the brain, why do we not see it when a cell phone dies, other animals die, or the power goes out?
And no, I'm not going to submit you to CTSTDT. For me, one of the things that separates the people who write the quotes that get archived here and the commenters that post here is that we have the ability to critically examine our own beliefs and rely on evidence. I have not been commenting here long, but from reading your comments when I see them I know you have that ability.
*It also reduces capacitance and increases signal speed, but that's not really important right now.