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

This paper proposes a structural framework for emergent gravity, referred to as Koma Theory, within the Dualbind research program. The model assumes that spacetime curvature may arise from gradients of a dimensionless information field I_K (the “Koma field”). By identifying the spatial arrangement density of localized quantum information units as a scalar field equipped with an action based on Fisher information, we formulate a modified Einstein-type equation in which effective curvature is modeled as being sourced by information-arrangement density rather than by additional unseen matter.

Within this formulation, phenomena commonly attributed to dark matter—such as nearly flat galactic rotation curves and strong gravitational lensing—may be described through the diffusion and arrangement efficiency of information, without postulating new particle species within the scope of this model. The present version (v2.0) focuses on establishing a variational formulation based on an action principle and clarifying how the Fisher-information functional encodes the effective gravitational response.

This work is presented as a structural hypothesis under explicitly declared design assumptions. It does not claim physical unification, empirical verification, or replacement of existing gravitational theories. Mathematical formalization is provided at the level necessary to define the internal structure of the model, while rigorous proof and external validation remain open to further investigation.

Keywords: emergent gravity, information geometry, Fisher information, dark-matter alternative, scalar–
tensor theory, Koma Theory.

Paired work: “The IXUS Protocol 3.2 — Systematic Layer-to-Layer Correspondence Between Ontological Layers and Physics-Facing Descriptions” (Paper B).

For correspondence: laboratory@dualbind.com
License: CC BY 4.0