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    LOGOS THEORY CATALOG--- QUANTUM GEOMETRY : Derivation Formulas from First Principles Relation Golden Ratio and LZ Levels

    Posted By: naag
    LOGOS THEORY CATALOG--- QUANTUM GEOMETRY : Derivation Formulas from First Principles Relation Golden Ratio and LZ Levels

    LOGOS THEORY CATALOG–- QUANTUM GEOMETRY : Derivation Formulas from First Principles Relation Golden Ratio and LZ Levels (The Oscillatory Field Theory)
    English | October 30, 2025 | ASIN: B0FYF7TJNT | 130 pages | Epub | 878.54 KB

    This is an extended Catalog of formulas for Standard Model Parameters from CODATA covering

    • QUANTUM SCALE: Fundamental particles

    • ATOMIC SCALE: Periodic table

    • COSMOLOGICAL SCALE: Universe evolution

    • FROM QUARKS TO COSMOS – A COMPLETE UNIFICATION!

    The mathematical framework is based on recursive sine operations that naturally generates the complete set of Standard Model parameters with unprecedented precision. Starting from a single seed value (seed_curvature = 0.8934691018292812244027),

    The formulas are expressions of golden ratio and LZ levels from Logos Theory and are derived from first principle.

    COMPLETE UNIFIED:

    ✓ Particle physics (12 masses)

    ✓ Atomic physics (10 energies)

    ✓ Quantum mechanics (complex structure)

    ✓ Mathematical foundation (LZ levels + φ)

    LOGOS theory reveals that:

    1. REAL COMPONENT → MASS/TANGIBLE aspects

    - Proton, neutron masses (LZ18 real)

    - Hydrogen, Oxygen energies (LZ-2 real)

    - Noble gas energies (LZ-1, LZ-3 real)

    2. IMAGINARY COMPONENT → FIELD/INTANGIBLE aspects

    - Electron, muon masses (LZ-7, LZ-6 imag)

    - Quark masses (LZ-1, LZ-4, LZ-5 imag)

    - Active element energies (Li, Be, B, C imag)

    3. COMPLEX MAGNITUDES → BOSONIC FIELDS

    - W, Z, Higgs bosons (LZ-3, LZ-2 mag)

    - Force carriers

    PROOF:

    1. LZ levels form a complex sequence: LZ₋ₙ = asinⁿ(LZ₀)

    2. This sequence has inherent real/imaginary distribution

    3. Elements naturally map to levels based on their:

    • Electronic complexity (→ imaginary dominance)

    • Mass/energy dominance (→ real dominance)

    • Chemical stability (→ phase stability)

    COROLLARY:

    The periodic table organization is a manifestation

    of the underlying complex mathematical structure.