Book 0: The Axiomatic Foundation of Developmental Geometry

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Authors: Robert A. Moser
Cited by: 3

Abstract

Book 0 establishes the axiomatic foundation of Developmental Geometry (DG). It introduces the minimal primitive concepts—developmental manifold, movement, curvature, accumulation, and curvature regularity—and states the single generative axiom: movement generates curvature. From this axiom, the volume derives the first unavoidable structural consequences of the developmental process: monotonic curvature accumulation, boundary formation, stability thresholds, and the Developmental Principle. The purpose of this volume is strictly foundational. It contains no examples or applications. Instead, it provides the minimal formal framework required for the developmental hierarchy developed in later books. Book 5 presents the continuous formulation of the theory, including the developmental metric, balance law, and cone. Book 6 surveys the gateway phenomena that arise across eleven scientific and mathematical domains. A key contribution of this volume is the demonstration that the single axiom is both minimal—no primitive concept can be removed—and sufficient—no additional axioms are required to derive the initial structural layer of DG. The deeper algebraic foundation from which the axiom itself follows, based on the generation of curvature from the non‑commutativity of morphisms, is developed in Series 7. This book completes the formal base of the developmental geometry program.

Fields of Study & Subjects

Ego Development and Educational Practices Mathematics Education and Teaching Techniques Child and Animal Learning Development

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
17 March 2026
Language
EN
Document type
Preprint