We identify a solvable dynamical system — interpretable to some extent as many-body problem and point out that for an appropriate assignment of its parameters it is entirely isochronous, namely all nonsingular solutions are completely periodic (i.e., in degrees freedom) with the same fixed period (independent initial data). then equilibrium configurations investigate behavior their neighborhood...

Why are computers so radically different than brains in terms of phenomenology? The difference is one of complexity but not complexity in mere numbers of elements, interactions, operations per time and space, or even generative difficulty. We argue that the difference is dynamical. We propose a measure of the complexity of a system that is largely orthogonal to computational, information theore...