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The aim is to articulate a structural ontology of quantum mechanics that reveals underlying systemic principles and constraints.

January 25, 2026Open Access

Beyond Description: A Structural Ontology of Quantum Mechanics and Its Systemic Implications

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The aim is to articulate a structural ontology of quantum mechanics that reveals underlying systemic principles and constraints.
Analyzes quantum phenomena through a structural lens rather than interpretative models.
Applies Gödel's incompleteness theorems to frame quantum mechanics.
Distinguishes between pre-Gödel and post-Gödel entropy regimes.
Identifies structural limitations in quantum theory that dictate system behavior.
Demonstrates how collapse and uncertainty arise from systemic constraints rather than observational effects.
Establishes implications for entropy and systemic viability in computation and cognition.

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This work presents a structural ontology to explore implications of quantum mechanics, suggesting new frameworks for understanding complex systems.

Tiago J. C. Santos (2026) studied this question.

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This work presents a structural ontology to explore implications of quantum mechanics, suggesting new frameworks for understanding complex systems.