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Autore principale: Rooke Poole
Natura: Recurso digital
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Pubblicazione: Zenodo 2026
Accesso online:https://doi.org/10.5281/zenodo.20077718
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author Rooke Poole
author_facet Rooke Poole
contents <p>To understand how fundamental particles emerge in the Poole Manifold, we examine the<br>complex-valued extension of the lattice. In this regime, the state of a voxel is represented<br>as a wave-function f (x, t) = R(x, t)eiθ(x,t), where R is the magnitude (kinetic mass density)<br>and θ is the phase. However, because the canonical B5-7/S5-9 update rule operates strictly<br>on the absolute magnitude of the local neighborhood, the phase θ is causally decoupled from<br>immediate spatial updates. A Standard Model-like particle in this manifold is therefore not<br>driven by continuous probability flux, but by discrete geometric asymmetry, with the phase<br>acting as an emergent historical record of momentum.</p>
format Recurso digital
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institution Zenodo
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publishDate 2026
publisher Zenodo
record_format zenodo
spellingShingle The Poole Manifold Derivation of the Emergent Wave-Packets
Rooke Poole
<p>To understand how fundamental particles emerge in the Poole Manifold, we examine the<br>complex-valued extension of the lattice. In this regime, the state of a voxel is represented<br>as a wave-function f (x, t) = R(x, t)eiθ(x,t), where R is the magnitude (kinetic mass density)<br>and θ is the phase. However, because the canonical B5-7/S5-9 update rule operates strictly<br>on the absolute magnitude of the local neighborhood, the phase θ is causally decoupled from<br>immediate spatial updates. A Standard Model-like particle in this manifold is therefore not<br>driven by continuous probability flux, but by discrete geometric asymmetry, with the phase<br>acting as an emergent historical record of momentum.</p>
title The Poole Manifold Derivation of the Emergent Wave-Packets
url https://doi.org/10.5281/zenodo.20077718