The Spaciotemporal Vortex Model: Toward a Physically Grounded Framework for Cyclic Time and Energy Transitions and Tile as a layered fourth spatial dimension emerging from a novel ontological Model of everything

The Spaciotemporal Vortex Model: Toward a Physically Grounded Framework for Cyclic Time and Energy Transitions Spaciotemporal Vortex Model (SVM) offers a physically grounded framework in that time is reinterpreted as a fourth spatial dimension. Temporal evolution results from energy transitions between discrete temporal layers. Unlike conventional cosmological models, that treat ime as a continuous linear axis and fail to address the low-entropy initial state, arrow of time, or dark phenomena, SVM introduces a novel mechanism inherently emerging ruleset that successfully adresses them. This reinterpretation provides a thermodynamically coherent basis for cyclic cosmological dynamics, entropy management, and information encoding via curvature. The model derives formal evolution laws, thermodynamic couplings, and quantization paths, offering multiple empirical implications for entropy collapse, dark energy behavior, and curvature-entropy correspondence.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-03-30
DOI
https://doi.org/10.5281/zenodo.15116633
Primary Topic
Maritime Navigation and Safety
Type
article
Field-Weighted Citation Impact
0.00
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article

The Spaciotemporal Vortex Model: Toward a Physically Grounded Framework for Cyclic Time and Energy Transitions and Tile as a layered fourth spatial dimension emerging from a novel ontological Model of everything

Zenodo (CERN European Organization for Nuclear Research)
Maritime Navigation and Safety
article

The Spaciotemporal Vortex Model: Toward a Physically Grounded Framework for Cyclic Time and Energy Transitions and Tile as a layered fourth spatial dimension emerging from a novel ontological Model of everything

article en

Abstract

The Spaciotemporal Vortex Model: Toward a Physically Grounded Framework for Cyclic Time and Energy Transitions Spaciotemporal Vortex Model (SVM) offers a physically grounded framework in that time is reinterpreted as a fourth spatial dimension. Temporal evolution results from energy transitions between discrete temporal layers. Unlike conventional cosmological models, that treat ime as a continuous linear axis and fail to address the low-entropy initial state, arrow of time, or dark phenomena, SVM introduces a novel mechanism inherently emerging ruleset that successfully adresses them. This reinterpretation provides a thermodynamically coherent basis for cyclic cosmological dynamics, entropy management, and information encoding via curvature. The model derives formal evolution laws, thermodynamic couplings, and quantization paths, offering multiple empirical implications for entropy collapse, dark energy behavior, and curvature-entropy correspondence.

Zenodo (CERN European Organization for Nuclear Research)
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