Simulations (84)

Particles = high-k quasiparticles of vacuum superfluid

Entanglement = global phase braiding of vortex pairs

Sonic horizon recovered at r_h ≈ 2GM/c² in low-energy limit

Information preserved — winding number conserved across sonic horizon

G(z≈12) ≈ 3G₀ from Bogoliubov enhancement

Flat rotation curves from vortex lattice — v_θ(r) ∝ ln(r)

Koide ratio exactly 2/3 from radial vortex excitations

Sonoluminescence = transient acoustic horizon with phonon blue-shift

He-II fountain effect and zero viscosity

Neutron mass emerges as topological twisting

Variable G(z) ≈ 3 G₀ at z≈12 explains

SVT proof

Casimir force is phonon vacuum fluctuation

Pulsar glitches are topological vortex

Quantized circulation and vortex array

Vortex reconnections produce intense,

Double-slit interference is phonon wave

Double-slit with vortex guidance reproduces

Gravitational lensing is enhanced by ~2× at z=12

Muon lifetime is the decay rate of a metastable radial vortex excitation

Neutrino masses and oscillations are chiral vortex mode splittings

1/137 is fixed by vacuum vortex density at laboratory scales

Proton is topologically protected — decay lifetime >10³⁴ yr

Dark energy is the residual tension of the cosmic vortex tangle network

Domain walls and chirality emerge from stochastic phase transition in the vacuum superfluid

CKM/PMNS mixing arises from vortex braiding topology

Quark mass hierarchy emerges from multi-strand vortex braid complexity

Coronal heating is phonon upscattering from vortex reconnections

Solar dynamo and 22-year cycle arise from chiral vortex flows

Diffuse Interstellar Bands are vortex-phonon resonances

Yang-Mills mass gap emerges from vortex-ring continuum limit

Scattering amplitudes and R-matrix emerge from vortex interactions

Vortex rings propagate at the Kelvin speed in the vacuum superfluid

Vortex reconnections convert vortex-flow energy into sound

Rotating vacuum superfluid hosts Abrikosov-like vortex lattice

Radial superfluid draining creates a sonic horizon with Hawking T

Knotted vortex self-energy scales with ropelength (Moffatt-Ricca)

JWST early massive-galaxy excess from variable-G growth boost

Dynamical dark-energy (w0>-1, wa<0) emerges from vortex-tangle tension

LIGO O4 ringdowns carry a sub-ms topological tail

Muon g-2 agrees with SM BMW-lattice within SVT vortex-mode window

X(2370) = self-linked vortex-ring pseudoscalar glueball

2025 Hubble local-ladder value AND EDIBLES 6196 A side-DIB family

Lambda-anti-Lambda vacuum spin correlation from shared vortex-pair phase seed

GCE is astrophysical (MSP-dominated); dSph DM-annihilation flux is identically zero

Solar System sees G = G_0 exactly (IR fixed point).

screening is intrinsic & temporal (not density-dependent);

today's EP-violation signal = 0 exactly,

Solar-System flybys see identically zero

next-gen lunar ranging will see Gdot/G in the

ellipticals are lattice-reprocessed into random

blazars are SMBH vortex cores whose reconnection

jet stays coherent (FR II) when

dwarfs come in two flavours --- lattice intact

LRDs are SMBH formed in a high-G(z) epoch.

Quantised vortex windings realise U(1) holonomies; SU(2) matrix toy shows how non-Abelian factors could be composed (full SM not claimed).

ΛCDM H(z) keeps χ(z_CMB) fixed; a structure-window f_G(z) in the growth equation gives a controlled D(z=0) boost vs GR.

GPE |ψ|² and v(ψ) reconstruct the Unruh acoustic metric; matches Painlevé–Gullstrand PG within declared tolerances.

Coarse-graining the condensate leaves a bounded effective-ξ flow with an IR plateau in this toy window (not full Planck RG).

A repulsive core + attractive shell (Mexican hat) gives an ordered ground state — qualitative SSB / Higgs-mode geometry in GPE.

Sub-degree PMNS shifts motivated by braid / chiral-mode language stay inside a declared χ² band; CP violation track (J) remains perturbative.

Several flagship channels carry order-one σ discriminants in this pinned table; lunar-ranging / PPN channels remain near-null by construction (sim_46).

The same structure-window μ(a) tied to sim_57 lifts linear D, f, and a Limber lensing proxy relative to GR on a fixed ΛCDM distance ladder — the standard μ–Σ observational split, without putting μ into H(z).

At 512² resolution the Unruh/PG metric agreement matches or improves on sim_58 in the same fit band — no loss of acoustic–metric consistency at finer mesh.

A repulsive core + attractive shell in **3D** selects a symmetry-broken ground state with a high-density toroidal shell — the bulk analogue of the Higgs-mode geometry already seen in 2D (sim_60).

Real-space decimation of the condensate density yields a stable ξ(L) ladder without blow-up — the honest RG operation on |ψ|² complements the Gaussian filter proxy (sim_59).

A minimal k/(aH) screening of the sim_63 μ(a) law recovers GR at high k while preserving large-scale enhancement — the standard quasistatic shape for falsifiable scale dependence.

Non-trivial Klein-bottle-like topologies are energetically favored or metastable in the GPE vacuum

ΛCDM CAMB spectra unchanged; μ(a) growth matches sim_63 on the same pins — first Boltzmann bridge before sim_72 likelihood.

k/(aH) screening keeps CMB lensing band near GR while the Limber proxy stays below the sim_63 cap.

μ(a) on fixed ΛCDM H(z) survives a real plik_lite TT likelihood plus growth/BBN add-ons; growth is the main Δχ² term.

The block-spin IR plateau maps to a cosmological z_IR in the sim_46 band without hand-setting 0.30 exactly.

Bell statistics follow from GPE evolution and the inter-vortex phase string after detector coupling, not an external λ.

Three lowest radial modes of the vortex core potential yield a Koide ratio testable without fitting θ_K to data.

PMNS shifts come from sim_26 braid separations, not ad hoc Δθ constants in sim_61.

Closed-path spinor transport yields non-commuting 2×2 unitaries — a step beyond sim_56's detached Pauli product.

Two-component condensate retains SSB ring geometry with a coherent U(1) relative phase (EW doublet toy).

Madelung density perturbations reproduce the Newtonian sector of the acoustic metric (Einstein limit step).

The sim_58 Unruh reconstruction converges under grid refinement — see context/acoustic_metric_derivation.md.

Vortex-tangle tension yields phantom-crossing (quintom-B) dark energy

After 2026 systematics, only a MILD G(z) boost is consistent; strong boost disfavoured

A small, bounded vortex-loop delta a_mu consistent with the now-null 2025 residual

Quintom-B dark energy relaxes the DESI neutrino-mass tension; normal ordering

A GPE sonic horizon emits a thermal phonon spectrum at k_B T_H = hbar c_s / 4 pi r_h