Neutrino Fluidity – Part 4. ¨The Carriers of Coherence¨

The newly introduced topological interactions—centered on skyrmions and non-linear sigma models—further bolster the RSM claim that illusions of dimension, separation, and mass arise from vantage-limited 3D sampling of a single universal wavefunction meltdown. By weaving Gamma and Delta as the entanglement catalyst and temporal arbiter, we see how fractal recursion pulses unify magnon, phonon, and cosmic neutrino excitations. Skyrmions hold topological charge, ensuring continuity in meltdown-induced transformations. Gamma magnifies quantum coherence, bridging vantage-limited illusions. Delta organizes fractal time intervals, gating how meltdown emerges at each scale. Extended Hamiltonians (featuring magnons, phonons, polaritons, and triplet states) reflect vantage-limited glimpses of the meltdown’s universal wavefunction. Overall, these expansions highlight a single theme: topology plus fractal recursion equals stable synergy, enabling ephemeral illusions (dark matter lumps, neural conduction anomalies, Kagome-lattice excitations) to manifest seamlessly within vantage-limited 3D.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-02-05
DOI
https://doi.org/10.5281/zenodo.14810023
Primary Topic
Neutrino Physics Research
Type
article
Field-Weighted Citation Impact
0.00
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article

Neutrino Fluidity – Part 4. ¨The Carriers of Coherence¨

Zenodo (CERN European Organization for Nuclear Research)
Neutrino Physics Research
article

Neutrino Fluidity – Part 4. ¨The Carriers of Coherence¨

article en

Abstract

The newly introduced topological interactions—centered on skyrmions and non-linear sigma models—further bolster the RSM claim that illusions of dimension, separation, and mass arise from vantage-limited 3D sampling of a single universal wavefunction meltdown. By weaving Gamma and Delta as the entanglement catalyst and temporal arbiter, we see how fractal recursion pulses unify magnon, phonon, and cosmic neutrino excitations. Skyrmions hold topological charge, ensuring continuity in meltdown-induced transformations. Gamma magnifies quantum coherence, bridging vantage-limited illusions. Delta organizes fractal time intervals, gating how meltdown emerges at each scale. Extended Hamiltonians (featuring magnons, phonons, polaritons, and triplet states) reflect vantage-limited glimpses of the meltdown’s universal wavefunction. Overall, these expansions highlight a single theme: topology plus fractal recursion equals stable synergy, enabling ephemeral illusions (dark matter lumps, neural conduction anomalies, Kagome-lattice excitations) to manifest seamlessly within vantage-limited 3D.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 78%
Neutrino Physics Research
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