One good example of the difference in speed created by the myelin: you know what it feels like when

One good example of the difference in speed created by the myelin: you know what it feels like when you hit your finger, your body gives you one second to think about to understand what you just did and what you will feel right now before the pain rolls in? You simultaneously feel the impact of the little finger on something hard and sharp part of the pain, because acute information about pain is sent to the brain through myelinated axons. It takes a second or two to get dull pain, because it is sent through unmyelinated "C-fibers" - at a meter speed per second. Neural networks Neurons are similar in some ways to computer transistors - they also transmit information in the binary language of zeros and ones (0 and 1), without triggering and with the activation of the action potential.

One good example of the difference in speed created by the myelin: you know what it feels like when you hit your finger, your body gives you one second to think about to understand what you just did and what you will feel right now before the pain rolls in? You simultaneously feel the impact of the little finger on something hard and sharp part of the pain, because acute information about pain is sent to the brain through myelinated axons. It takes a second or two to get dull pain, because it is sent through unmyelinated "C-fibers" - at a meter speed per second. Neural networks Neurons are similar in some ways to computer transistors - they also transmit information in the binary language of zeros and ones (0 and 1), without triggering and with the activation of the action potential. 

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