What you're saying is basically boils down to maximizing the complexity (integrated information) of the system. That is possible by increasing differentiation and integration. It is better power to be divided in more fragments, each differentiated from the rest, and then integrated with each other so as to be forced to create a dynamic equilibrium. That's what our brains are doing too, on a scale much more complex.

As reference, the concept of integrated information was developed by Giulio Tononi but I applied it in a different field.