Cabinet Office

Koma Notation Specification

As the first stage in formalizing Koma Notation / Koma Language, as announced in the Dualbind Declaration 2026, this specification defines how to describe information structure from an information distribution and establishes the formal boundary required for connection to an effe...

The Dualbind Gravity Model ── Curvature Emergence from Information Placement Density (Koma Theory)

This paper presents the Koma Gravity Model — the gravitational branch of Koma Theory — as a structural hypothesis for the problem domain of emergent gravity. In this model, the spatial placement density of quantum information units is expressed as a dimensionless information fiel...

Koma Density Geometry ── Connection Conditions between Density-Derived Informational Structure and Effective Geometry

This paper organizes the mathematical scope for extracting informational structure from the Koma density kernel $\rho$ and connecting it to an effective geometry. We introduce a Fisher-information-type functional for the density kernel, and consider its local gradient structure $...

Koma Density Geometry ── Connection Conditions between Density-Derived Informational Structure and Effective Geometry

This paper organizes the mathematical scope for extracting informational structure from the Koma density kernel $\rho$ and connecting it to an effective geometry. We introduce a Fisher-information-type functional for the density kernel, and consider its local gradient structure $...

The Dualbind Gravity Model ── Curvature Emergence from Information Placement Density (Koma Theory)

This paper presents the Koma Gravity Model — the gravitational branch of Koma Theory — as a structural hypothesis for the problem domain of emergent gravity. In this model, the spatial placement density of quantum information units is expressed as a dimensionless information fiel...