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| Materialtyp: | Recurso digital |
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Zenodo
2026
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| Länkar: | https://doi.org/10.5281/zenodo.18560213 |
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Innehållsförteckning:
- <p>This paper presents a comprehensive Theory of Everything achieving 99% confidence by deriving fundamental physics from the mathematical fact that N(41) = 137 lattice points exist within radius squared 41. We prove reality must be discrete from quantum mechanics and the Bekenstein bound, then demonstrate all particle masses follow powers of 137 with sub-percent precision. Key results include: (1) muon mass m_μ = m_e × 137^(13/12) verified to 0.16% error, (2) tau mass m_τ = m_e × 137^(58/35) verified to 0.09% error, (3) fine structure constant α^(-1) = 137 at Planck scale verified at M_Z to 0.5% error, (4) total degrees of freedom equal 137 (Standard Model 115 + dark sector 22), explaining dark matter existence, and (5) cosmological constant Λ ~ M_P^4/137^41 reducing the CC problem by factor of 4. The framework makes multiple testable predictions including dark sector structure (20-22 DOF) and neutrino masses. Unlike string theory or loop quantum gravity which have zero verified predictions, this achieves 99% confidence through seven independent experimental confirmations. The 1% uncertainty arises from fundamental experimental precision limits and Heisenberg uncertainty, not theoretical incompleteness. This represents the most complete and empirically verified Theory of Everything proposed to date, limited only by the nature of empirical science rather than gaps in the theory itself.</p>