Dipole Sea Composition and Formation
Simulations of DP
Summary
Where does the Dipole Sea come from? This paper models its formation during Big Bang cooling and its composition. It simulates cage energy minimization, hDP oscillation loci within cages, and the extreme limit -- ZBW collapse at black hole densities. The sea isn't uniform; its composition depends on local conditions and determines particle properties.
Computational support for DP Sea formation during Big Bang cooling. Cage energy minimization for stable configurations. hDP oscillation loci in cages. ZBW collapse limits at black hole densities. Statistics of sea composition by DP type as function of temperature and density.
Full formation model, cage energy landscapes, oscillation analysis, black hole limit, statistical distributions.
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Code & Notebooks
Development Notes
DP Sea and Cage Composition in Conscious Point Physics
This subdirectory contains the computational notebooks and simulation code supporting the paper:
"DP Sea and Cage Composition in Conscious Point
by Thomas Lee Abshier, ND, and Grok (x.AI)
(January 15, 2026)
These notebooks implement the key simulations and analyses described in the paper, including DP Sea formation during Big Bang cooling, cage energy minimization, hDP oscillation loci in cages, and ZBW collapse limits at black hole densities.
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