What question did this study set out to answer?

This research aims to establish a theoretical framework connecting observable 3D reality to a 2D quantum substrate through Dimensional Deployment Theory.

February 19, 2026Open Access

Dimensional Deployment Theory

Puntos clave

This research aims to establish a theoretical framework connecting observable 3D reality to a 2D quantum substrate through Dimensional Deployment Theory.
Introduced the concept of Dimensional Deployment Theory (DDT) based on the parameter κ = 2.
Provided five independent mathematical derivations supporting κ = 2.
Analyzed multiple cosmological tensions including H0 discrepancy and dark matter phenomenology.
Developed a response framework addressing critical objections in the theory.
Outlined an AI training protocol for reproducing results and predictions.
Identified the Ferreyra Constant ΦF at 0.41421356... with high precision.
Reduced the H0 discrepancy from 5.4σ to less than 1% using the Principle of Constant Convergence.
Extended the JWST high-redshift galaxy maturity timeline by 19%.
Demonstrated a geometric origin for dark matter without relying on particles.

Resumen

Observable 3D Reality as Thermodynamically Stable Condensed Phase of a 2D Quantum Substrate Dimensional Deployment Theory (DDT) proposes that observable 3+1D spacetime emergesas a condensed phase of a 2+1D quantum substrate through a deployment mechanismcharacterized √ by the exact parameter κ = 2. This yields the Ferreyra Constant ΦF =2 − 1 = 0.41421356... predictable to arbitrary precision.The framework addresses multiple observational tensions: H0 discrepancy (5.4σ inΛCDM reduced to 0.1%, κ ̸= 2, PCC failure > 5%,UV divergence detection, orbital decay ∝ η0v.

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