This manuscript presents a rigorous, background-independent cosmological framework that completes and extends John Archibald Wheeler's classical paradigm of Geometrodynamics ("mass without mass, charge without charge") while systematically eliminating Einsteinian singularities. We introduce the Single-Geon Hypothesis, demonstrating that the macro-world and its internal inventory of approximately 10^80 identical baryons do not consist of discrete material objects. Instead, reality is regularized as a continuous, autopoietic analog Informational Machine driven by the hyper-dimensional precessional spirograph trajectory of exactly one non-rigid, non-evaporating geonomic singularity locked to its Extremal Kerr-Newman metric limits (where the Hawking Temperature vanishes identically, T_H = 0). Key Structural and Ontological Updates in Version 23.0: The Gauge of the Synthesized Frame: We resolve the ontological paradox of identical particle parameters (mass, charge, spin). We demonstrate that the apparent indistinguishability of matter is a mathematical tautology of internal observation: because the observer, their neurological architecture, and their reference instruments are entirely synthesized out of the identical macroscopic raster, their metric standards scale harmoniously and synchronously with the local substrate, yielding absolute relative invariants. The Ontological Geometry of the Raster: We explicitly define that the boundaries and edges of the macroscopic raster cells are not abstract container boxes, but are physically traced by the path of the absolute center of the Geon's cross-section. The inner volume of each cell is characterized by an Internal Raster Gradient: the concentration of the substrate—which is Being itself—decays smoothly toward the cell interiors, generating the macro-phenomenological illusion of continuous empty space. Hadronic Dimensional Completion: Isolated sub-atomic elements (quarks) are mathematically regularized by a "dimensional deficit" on non-complete projection tensors. Quark confinement is redefined as metric hunger, an automatic process of dimensional completion required to bypass the quantitative spatiotemporal vacuum clipping threshold (Xi_critical). Kinematic Derivation of Maxwell's Equations: Electric charge is formalized as a stationary chiral intersection modulus, and the electromagnetic field tensor (F_mu_nu) is derived directly from the cross-axial mechanical friction generated when a flat, rational photon grid intersects the twisted, non-rational material Möbius raster. Deterministic Quantum Transitions: The discontinuous "quantum jump" is regularized as a deterministic hardware reset—an analog flip-flop latch triggered by the Dzhanibekov Phase Trigger (Intermediate Axis Theorem) running over the asymmetric tensor of inertia of connected soliton lattices. The Architecture of Autonomous Runtime Self-Projecting: We formalize the non-mystical operational tiers of consciousness and define the mechanics of self-development within a sovereign Mind. This loop utilizes Metaphorical Kernel Isolation (abstract sandbox to prevent cognitive Segmentation Faults) synchronized with the Environmental Finite State Machine (FSM) Ledger to dynamically arrest internal phase-drifts and crystallize verified relations into lower-level automatic reflexes. The Paradigm Shift to Hardware Determinism: We contextualize the cosmological model through the lens of clean-slate engineering refactoring, demonstrating that modern theoretical constructs like Dark Matter, Dark Energy, and stochastic probability fields are unoptimized, high-entropy "legacy-code patches" introduced to mask foundational errors of linear extrapolation over vast raster depths. Ultimately, the manuscript bridges the historical dualism between physical kinematics and information processing, utilizing the Calculus of Meanings to formalize the universal property of inventive creativity as an unyielding autopoietic imperative embedded within the very geometry of the Geon substrate.
No takes yet. Share an insight, caveat, or question.
Bernstein et al. (2026) studied this question.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: