Circular Quantized Superfluid Model
From Proton Structure to Galactic Architecture
ψ(r,θ) = A·Jn(krr)·einθ | mp=4, v=c, n=4
1x
Proton Model (10⁻¹⁵ m)
Circular quantized superfluid vortices
representing quark confinement
Atomic Scale (10⁻¹⁰ m)
Extended superfluid model
showing electron orbital analogs
Galactic Scale (10²¹ m)
Multi-proton superfluid galaxy
with spiral arms and dark matter halo
Proton Parameters
Mass: mp = 4 (normalized)
Velocity: v = c
Quantum number: n = 4
Radius: rp ≈ 0.88 fm
Mass: mp = 4 (normalized)
Velocity: v = c
Quantum number: n = 4
Radius: rp ≈ 0.88 fm
Quantization Condition
L = nℏ = mvr
kr = n/rmax
En = ℏωn
ω = v/r
L = nℏ = mvr
kr = n/rmax
En = ℏωn
ω = v/r
Galactic Scaling
Scale factor: λ ≈ 10³⁶
Halo radius: ~100 kpc
Spiral pitch angle: ~12°
Dark matter fraction: ~85%
Scale factor: λ ≈ 10³⁶
Halo radius: ~100 kpc
Spiral pitch angle: ~12°
Dark matter fraction: ~85%
Superfluid Properties
Zero viscosity
Macroscopic coherence
Quantized vortices
Collective excitations
Zero viscosity
Macroscopic coherence
Quantized vortices
Collective excitations
Claude took some liberties, not using full Super GUT, simplified for animation...
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