March 3, 2026Open Access

The Physics of Spacetime Condensation on FDM Framework

Key Points

Observable 3D spacetime emerges as a stable condensed phase of a 2D quantum substrate, revealing intriguing connections to gravity and cosmology.
The Ferreyra constant is shown to be precisely 0.41421356, indicating the underlying structure's reliability in predicting cosmological phenomena.
Using detailed mathematical foundations, this framework includes five derivations of specific parameters, addressing crucial problems in the field.
An AI training protocol for reproducibility is implemented, ensuring that experimental findings can be verified through advanced computational methods.

Abstract

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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The Physics of Spacetime Condensation on FDM Framework

Key Points

Abstract

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