November 14, 2025Open Access

The Dualbind Gravity Model — Emergent Curvature from Information-Arrangement Density (Koma Theory)

Key Points

Effective curvature linked to information-arrangement density is explored, emphasizing a new approach to understanding space-time.
The scalar parameter identified as dimensionless plays a crucial role in this theoretical framework, contributing to dimensional analysis in physics.
Observation and arrangement are essential components of the protocol-level structure, connecting to the mechanism-level aspects of matter and fields.
This formulation may offer insights into theoretical physics, highlighting the relationship between information and gravitational models.

Abstract

Paper A (v1. 4, Zenodo-ready). Summary: Space-time curvature is modeled as an effective curvature \ (R₄₅₅ \) induced by the information-arrangement density \ (K \). Under the v1. 4 dimensional convention, the scalar \ (IK \) is dimensionless, while the coefficients \ (ᵢ \) carry an effective dimension of \ (L^-2\). The formulation connects protocol-level structure (observation, arrangement, lineage) and mechanism-level matter/fields via this minimal set of coefficients. Pairing: This preprint is paired with "The IXUS Protocol 3. 1" (Paper B, v1. 3). For correspondence: laboratory@dualbind. com. License: CC BY 4. 0. Paired paper: “The IXUS Protocol 3. 1” (Concept DOI: 10. 5281/zenodo. 17605456).

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