Commutation (neurophysiology)

In neurophysiology, commutation is the process by which the brain's neural circuits exhibit non-commutativity. Physiologist Douglas B. Tweed and coworkers have considered whether certain neural circuits in the brain exhibit noncommutativity and state: In noncommutative algebra, order makes a difference to multiplication, so that a × b ≠ b × a {\displaystyle a\times b\neq b\times a} .

This neuron ends here.