On the Derivation of k_civ: Recursive Closure of the Scaling Family and Bounded Remaining Residuals
Year: 2026
Type: article
Abstract: DescriptionThis report formalizes the current theoretical status of the attempt to derive the civilizational constant k_civ within the framework of Consciousness of the Real (CdR). Its purpose is not to claim an absolutely closed derivation from first principles with no remainder. Its purpose is narrower and more rigorous: to establish that the correct formal family for the scaling function g(k0, N) is recursive rather than direct, to justify a provisional operational closure of that family, and to identify with precision the bounded residuals that remain open. The main result is that the difficulty is no longer diffuse. The architecture of the scaling law is now sufficiently constrained for the work to move from exploratory derivation to controlled closure. The recursive family preserves the required boundary condition g(k0, 1) = k0, recovers the optimal structural zone around N = 5-6, and interprets saturation as a boundary on marginal growth rather than as a direct annihilation of already acquired structural capacity. What remains open is not the general usefulness of the framework, nor the fact that it can generate structured understanding, qualitative expectations, and practical applications. What remains open is narrower: the exact form of the marginal saturation penalty within the admissible recursive family, the exact behavior at saturation, the definitive numerical anchoring of k0, and the full inter-domain constraint linking hierarchical depth to inter-axis topology. This document therefore argues for an operational closure of the civilizational scaling family: strong enough to support interpretation, comparison, and application, while still explicitly naming the bounded residuals that would need to be resolved for a stronger first-principles closure.
Author: Lebel, Sylvain
Language: English
Topic: Complex Systems and Dynamics
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7153346423
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