What question did this study set out to answer?

The research aims to present the Dark Pedestal as a new statistical layer in Energy Filament Theory that relates noise and force.

February 10, 2026Open Access

Energy Filament Theory (EFT) Z07: Dark Pedestal — STG/TBN and the Statistical Layer of "Noise Before Force"

Key Points

The research aims to present the Dark Pedestal as a new statistical layer in Energy Filament Theory that relates noise and force.
Introduced Dark Pedestal in the public edition of EFT.
Identified joint fingerprints such as noise preceding force.
Defined interfaces with cosmic phenomena including rotation curves and lensing.
Established a connection between elevated noise floor and Generalized Unstable Particles.
Demonstrated how the persistence-phase pull shapes a new statistical gravity slope.
Outlined methods for cross-module falsification and fitting protocols in EFT.

Abstract

EFT-Z07 introduces the “Dark Pedestal” as a citable statistical layer in the public edition of Energy Filament Theory (EFT). It attributes dark-matter-like appearance and an elevated background noise floor to the same source: a large population of short-lived filament-state attempts (Generalized Unstable Particles, GUP) repeatedly appearing and dissolving via a pull–spread cycle. The persistence-phase pull statistically sculpts an extra slope surface (Statistical Tension Gravity, STG), while the breakdown/refill-phase spread lifts a broadband, low-coherence fluctuation floor (Tension Background Noise, TBN). Z07 states three joint fingerprints—noise first, force later; alignment in space; and a reversible path—and explains interfaces to rotation curves, lensing/time delays, and cluster statistics. Cross-module falsification and fair-fitting protocols are defined in EFT-Z13.

Energy Filament Theory (EFT) Z07: Dark Pedestal — STG/TBN and the Statistical Layer of "Noise Before Force"

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