Table 8.

Emerging circuits and their dynamical behavior with $\mathrm{a}=1$ e $\mathrm{b}=6$ maintaining the same threshold $\mathrm{x}=0.9$.

	Connectome nodes	Dynamics of each circuit	Explanation
Circuit 1	$\{2,49\}$		In this pattern of behavior, this neural circuit realizes the following performances: first nodes turn on, then they go off. Later, one turns on, then both turn off. Hereafter, the circuits travel by synchrony (all on or all off), until the cycle is stopped
Circuit 2	$\{17,41,80\}$		In this circuit, made of 3 nodes, the oscillatory behavior is very simple going from all nodes turned off for 2 steps and then all nodes turned on. Then there is an alternation between three steps with all nodes turned off and two steps with all nodes turned off
Circuit 3	$\{6,26,55,68\}$		In this circuit, at each 5 steps, all 4 nodes rythmically turn off, then they turn on for one step
Circuit 4	$\{38,47,64,67\}$		In this circuit, at each 3 steps all 4 nodes rythmically turn off, then they turn on and off for two steps
Circuit 5	$\{19,22,27,37,42,59\}$		This circuit has the same dynamics as circuit 4, with a different number of nodes
Circuit 6	$\{11,14,32,43,57,62,63,66\}$		In this circuit, after one steps of all nodes turned on and one turned off, it follows two steps of all nodes turned on and off
Circuit 7	$\{4,23,25,29,31,38,46,58,69\}$		In this circuit, after two steps of all nodes turned on and off, it follows three steps of all nodes turned on
Circuit 8	$\{7,8,10,13,18,20,30,33,34,36,40,44,45,$ $50,51,52,53,60,61,70,71,72,75,76,77,79,81\}$		This is a very simple circuit with a large number of nodes which rythmically turn on and off at each step of the simulation