Ample Evolutionary Vortex Cosmological Relativistic Energy The AMPLEEV CORE 4π Model (AMPLEEV: Ample Evolutionary Vortex; CORE: Cosmological Relativistic Energy)

Roman  Ampleev

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Ample Evolutionary Vortex Cosmological Relativistic Energy The AMPLEEV CORE 4π Model (AMPLEEV: Ample Evolutionary Vortex; CORE: Cosmological Relativistic Energy)

R. Ampleev

2026-06-12

https://doi.org/10.24108/preprints-3115512

The AMPLEEV CORE 4π model offers a geometric solution to the Hubble tension by replacing the concept of dark energy with centrifugal inertia effects within a 4-dimensional vortex geometry. Rejecting the assumption of global homogeneity, the model describes spacetime as evolving along a helical trajectory inside a 4-dimensional parabolic cone, parameterized by a dimensionless phase variable H∈[0,4π] . The non-linear parameterization of time t=(H/π)^2 and the dynamic metric coefficient K(H)=(H/π)^2+e^(-1/H) naturally account for the observed discrepancy between early- and late-Universe Hubble constant measurements. It is demonstrated that the Hubble tension arises from a geometric transition between the narrow and wide turns of the spacetime helix, while the accelerated expansion manifests as an effect of centrifugal inertia. The model predicts large-scale anisotropy of the Hubble constant and resonant structures in matter distribution, providing verifiable observational signatures.

Ссылка для цитирования:

Ampleev R. 2026. Ample Evolutionary Vortex Cosmological Relativistic Energy The AMPLEEV CORE 4π Model (AMPLEEV: Ample Evolutionary Vortex; CORE: Cosmological Relativistic Energy). PREPRINTS.RU. https://doi.org/10.24108/preprints-3115512

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