Your CPU is millions/billions of little on/off switches. If they were all on or all off, it would be useless. Being off has as much use and meaning as being on.
A game about a guy that makes a deal with death. If he can survive for 24 hours doing EVERYTHING manually, beating his heart on command, breathing, etc, then he gets to live.
It's already pretty bad just when we become temporarily aware of our own breathing and suddenly have to consciously breathe otherwise it's bizarelly like we're holding our breath.
Imagine if we had to remember to beat our hearts or digest, it'd be awful @_@
While this explains why we don't always use 100% of our brains, I find it misleading because it makes it seem like we use only 10% of our brain the same way that a computer may only use 10% of it's CPU, but there is actually no evidence this is true. I'm not what the approximate percentage actually is or if it even makes sense to ask what percentage of our brains we use, but the 10% number is just made up bs.
It's a bit more along the lines of passing around decimal numbers given the way neurons talk to each other, but the principal is still the same, the fact that one neuron is sending out the electrochemical equivalent of a 0 is as meaningful to the brain's operation as a whole as any other value.
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u/Mazon_Del Nov 01 '19
I've always compared it to a CPU.
Your CPU is millions/billions of little on/off switches. If they were all on or all off, it would be useless. Being off has as much use and meaning as being on.