The Z-Squared Framework: A Complete Derivation from First Principles
Authors/Creators
Description
This paper presents a unified framework deriving all fundamental constants of physics from a single geometric quantity: Z-squared = 32 pi / 3, the product of the vertices of a cube (8) and the volume of a unit sphere (4 pi / 3).
Starting from pure geometry, we construct the complete Lagrangian of nature and derive 48 fundamental parameters with zero free inputs.
The framework achieves remarkable precision:
GAUGE COUPLINGS:
- Fine structure constant: alpha-inverse = 4 Z-squared + 3 = 137.041 (0.004% error)
- Weinberg angle: sin-squared(theta_W) = 3/13 = 0.2308 (0.19% error)
- Strong coupling: alpha_s = sqrt(2)/12 = 0.1178 (0.04% error)
PARTICLE MASSES:
- Proton-electron ratio: m_p/m_e = alpha-inverse x 67/5 = 1836.35 (0.011% error)
- Muon-electron ratio: m_mu/m_e = 37 Z-squared / 6 = 206.65 (0.06% error)
- Higgs mass: m_H/m_Z = 11/8, giving 125.4 GeV (0.11% error)
COSMOLOGY:
- Matter density: Omega_m = 6/19 = 0.316 (0.3% error)
- Dark energy: Omega_Lambda = 13/19 = 0.684 (0.1% error)
- Spectral index: n_s = 27/28 = 0.9643 (0.06% error)
STRONG CP PROBLEM - SOLVED:
- theta_QCD = exp(-Z-squared) = 2.8 x 10^-15 (no axion required)
The paper includes complete step-by-step derivations from first principles, showing how the cube-in-sphere geometry determines the structure constants (BEKENSTEIN=4, GAUGE=12, N_gen=3), which in turn fix all parameters of the Standard Model, gravity, and cosmology.
Key insight: The integers of physics (3, 4, 8, 10, 11, 12) all derive from Z-squared = 32 pi / 3. Physics is geometry.
Files
Z2_COMPLETE_DERIVATION.pdf
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Additional details
Software
- Repository URL
- https://github.com/carlzimmerman/zimmerman-formula
- Programming language
- Python
- Development Status
- Active