The Structure Theory proposes a fundamental ontological framework in which structure is not a derivative phenomenon but the primary condition for existence, change, and observation. Rejecting the assumption of randomness and real infinity, the theory formulates three universal laws of structural dynamics: the Law of Return to Order, the Law of Susceptibility and Stability, and the Law of Fundamental Stability. These laws describe when systems preserve order, when transformation occurs, and when new stable configurations emerge. Mathematically formalized and empirically falsifiable, Structure Theory unifies insights from physics, systems theory, and philosophy. It offers a deterministic alternative to probabilistic interpretations in quantum mechanics and provides a new foundation for understanding complexity, meaning, and ontological causality across disciplines.
Patrick Bittner (Thu,) studied this question.
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