Facetism: Overcoming the Determinism-Chaos Doctrine
Abstract
Facetism: Overcoming the Determinism-Chaos Doctrine (Kai H. Kayser, MBA, MPhil, Portugal, February 15, 2026) is a 27-page interdisciplinary manuscript that introduces facetism as a novel methodological framework to supersede the traditional binary framing of reality as either deterministic order or chaotic disorder — a conceptual and linguistic error according to the author. Facetism posits that neither strict determinism nor true chaos exists in nature. Instead, reality is continuous flux: perpetual transformation at varying intrinsic speeds, governed by interdependent principles across relational, multi-layered domains called facets. Apparent rest, stasis, equilibrium, determinism, and chaos are illusions ("optical delusions") created by human parametric misconceptions — limited metrics, scales, models, and timescales that fail to capture multi-layered dynamism. The work critiques philosophy's detachment from evidence, which enables ideological persistence despite empirical failure, and proposes facetism as a humble, evidence-oriented alternative: rejecting rigid universal equations/final theories, recognising the unknowability of layer count, speeds, and cross-layer interactions, and advocating facet-aware methodologies that prioritise relational, multi-scalar descriptions open to perpetual revision. The manuscript systematically builds the case across chapters, from rejecting binaries (Ch. 1), establishing flux (Ch. 2), defining facets (Ch. 3), exposing parametric illusions (Ch. 4), reevaluating equilibrium (Ch. 5), formalising the framework (Ch. 6), critiquing philosophy (Ch. 7), to implications (Ch. 8). It draws on physics (quantum, relativity), philosophy (Heraclitus, Daoism, Zeno), economics (Werner vs. mainstream), and systems theory to argue for a more accurate, adaptive understanding of a flux-driven universe.
Fields of Study & Subjects
Chaos
Complexity
and Education
Complex Systems and Dynamics
Philosophy and History of Science
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 15 February 2026
- Language
- EN
- Document type
- Preprint