THE QUANTUM SUPERFLUID UNIVERSE Matter, Forces, and Gravity from a First-Order Phase Transition
Abstract
I propose that the universe originates as a Snap-Phase-Transition of a Dark Matter manifold into a dual-phase Quantum Superfluid / Non-Newtonian substrate. Matter particles are 4D topological solitons; mass arises from phase-locked scalar gg-grain quanta (0.017–0.05 eV). The Graviton is the massless tensor phonon of the coherent state; the Higgs is the gg-grain in its shear-thickened Non-Newtonian configuration. The Weak Force is a low-amplitude Compton-frequency phonon; the Strong Force is its Compton-scattered, coherently amplified counterpart with range λW+2λC(p)≈2.66λW+2λC(p)≈2.66 fm. Gravity emerges from collective phase-transition delays above the 1 Å threshold. A complete Lagrangian with Ginzburg-Landau, Skyrme, and emergent gauge sectors recovers GR in the scalar-tensor limit. The Koide relation Kℓ=2/3Kℓ=2/3 follows from trilayer Moiré closure; neutrinos obey monolayer Moiré coupling with predicted normal ordering. Black holes are Einstein-Eigen Condensates resolving the information paradox through fractal phase correlations.
Related
- Classical and Loop Quantum Cosmology of Interacting Dark Energy: A Dynamical System Analysis with Superfluid Dark Matter and Dust Matter
- Quantum Vacuum Superfluid Flow Theory (QVSFT): A Compressible 3D Fluidynamic Framework for Gravity, Celestial Dynamos, and Refractive Spacetime Cosmology
- Gravity from the Ledger of the Euler Universe: Dark energy and dark matter as the two faces of de Sitter horizon entropy
- Strictly solvable d=4 quantum field theory models with unitarity violation. Possible implications for baryon asymmetry of the Universe and dark matter
- When quantum field theory kicks in: the relation between matter, gravity and energy
BibTeX
@misc{turner2026quantum,
title = {{THE QUANTUM SUPERFLUID UNIVERSE Matter, Forces, and Gravity from a First-Order Phase Transition}},
author = {Jeremy Turner},
howpublished = {Zenodo},
year = {2026},
month = oct,
doi = {10.5281/zenodo.23671742},
url = {https://zenodo.org/records/23671742},
note = {CC BY 4.0},
}
RIS
TY - UNPB
TI - THE QUANTUM SUPERFLUID UNIVERSE Matter, Forces, and Gravity from a First-Order Phase Transition
AU - Jeremy Turner
PY - 2026
DA - 2026/10/26
PB - Zenodo
DO - 10.5281/zenodo.23671742
UR - https://zenodo.org/records/23671742
AB - I propose that the universe originates as a Snap-Phase-Transition of a Dark Matter manifold into a dual-phase Quantum Superfluid / Non-Newtonian substrate. Matter particles are 4D topological solitons; mass arises from phase-locked scalar gg-grain quanta (0.017–0.05 eV). The Graviton is the massless tensor phonon of the coherent state; the Higgs is the gg-grain in its shear-thickened Non-Newtonian configuration. The Weak Force is a low-amplitude Compton-frequency phonon; the Strong Force is its Compton-scattered, coherently amplified counterpart with range λW+2λC(p)≈2.66λW+2λC(p)≈2.66 fm. Gravity emerges from collective phase-transition delays above the 1 Å threshold. A complete Lagrangian with Ginzburg-Landau, Skyrme, and emergent gauge sectors recovers GR in the scalar-tensor limit. The Koide relation Kℓ=2/3Kℓ=2/3 follows from trilayer Moiré closure; neutrinos obey monolayer Moiré coupling with predicted normal ordering. Black holes are Einstein-Eigen Condensates resolving the information paradox through fractal phase correlations.
ER -