Organodynamics	Grant Holland, Apr 25, 2014
Slide: What is Organodynamics?	Nav Refs Top Bottom Previous Next 90m 90m 45m 45m 25m 25m
“Random Control Theory” - The chance evolution of complex adaptive systems - Focus on the continued change of system organization under the influence of chance variation or fluctuation. For representing - Highly complex, - Adaptive, - Dynamical systems	What do I mean by dynamical system? - System: components and their relationships - Notion of state - Notion of change-of-state (trajectory) Generalizing “dynamics”: - Mechanisms constraining the time evolution of a system Dynamics can be described by: - Prescription - Algorithms - Procedures - Inequalities - Equations (esp. differential) - Probability spaces (distributions)
Some example complex dynamical systems targeted by organodynamics: - Living and lifelike systems - Molecular compositional dynamics (MCD) - Human cognition - Protein folding This presentation describes an approach and architecture for this new theory. Some details have been worked out, but others are a work in progress.	Where’s the Novelty? - Hopefully some new systems theory - No new mathematics - Hopefully some new and complex applications of mathematics - Probably some renegade interpretations of certain mathematics I believe that I’m on to something, but not quite there yet. I’m interested in your ideas.

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