Organodynamics	Grant Holland, Apr 25, 2014
Slide: Preview: The New Theory	Nav Refs Top Bottom Previous Next 90m 90m 45m 45m 25m 25m
6. Organodynamics In this talk… I shall present a new complex adaptive dynamical systems theory that defines state as system organization and that defines trajectory as change in system organization. I have named this theory organodynamics. As this presentation progresses, I shall add more requirements for a system to qualify as an organodynamic system beyond these two qualifications.
7. System State How does organodynamics define “system organization” as system state? First, I note that “organizing” a system implies two distinct meanings, both of which are useful: 1. Allocating the system’s components to various compartments, and 2. Describing the interrelationships among the components. Organodynamics represents compartmentalization via a topology on the set of components. And, it represents interrelationships among components as the mathematical expression of a network. To define system state, organodynamics combines the network of interrelationships with the topology to result in an extended topology.	The deterministic time evolution of the system is then represented by a sequence of these extended topologies. I call this sequence an organodynamic deterministic process (ODP).

Notes: