The Abyad Temporal Dynamics (TATDF): A Unified Fluid-Temporal Spacetime Framework and Fabricis Numerical Simulations

This paper and associated dataset present the formal formulation of The Abyad Temporal Dynamics (TATDF), an independent theoretical physics framework introducing a unified fluid-temporal spacetime model. By treating time as a dense fluid endowed with density deformation potentials (Ψ_T), flow vectors, and vorticity dynamics under the mathematical system "Fabricis", the framework bridges microscopic quantum systems and macroscopic gravitational fields. The repository includes the complete 4-page academic manuscript containing 11 core equations, 10 rigorous mathematical consistency proofs, and experimental proposals, alongside high-resolution 3D MATLAB numerical simulation visualisations illustrating temporal vortex dynamics and wave propagations.

Authors

Publication Details

Journal
Figshare
Published
2026-11-03
DOI
https://doi.org/10.6084/m9.figshare.34888833
Primary Topic
Relativity and Gravitational Theory
Type
preprint
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preprint

The Abyad Temporal Dynamics (TATDF): A Unified Fluid-Temporal Spacetime Framework and Fabricis Numerical Simulations

Ibrahim Dib Abyad
1 links
Figshare
Relativity and Gravitational Theory
preprint

The Abyad Temporal Dynamics (TATDF): A Unified Fluid-Temporal Spacetime Framework and Fabricis Numerical Simulations

Ibrahim Dib Abyad
preprint en

Abstract

This paper and associated dataset present the formal formulation of The Abyad Temporal Dynamics (TATDF), an independent theoretical physics framework introducing a unified fluid-temporal spacetime model. By treating time as a dense fluid endowed with density deformation potentials (Ψ_T), flow vectors, and vorticity dynamics under the mathematical system "Fabricis", the framework bridges microscopic quantum systems and macroscopic gravitational fields. The repository includes the complete 4-page academic manuscript containing 11 core equations, 10 rigorous mathematical consistency proofs, and experimental proposals, alongside high-resolution 3D MATLAB numerical simulation visualisations illustrating temporal vortex dynamics and wave propagations.

Figshare
Relativity and Gravitational Theory
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