Eternal Universe Theory – Mirror Edition E(u₁) = –E(u₂) Final Unified Framework: LGO-IFF, ER=EPR, RH Resolution Eternal, Singularity-Free Cosmology with Prime-Tuned Geometry
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| Natura: | Recurso digital |
| Lingua: | inglese |
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Zenodo
2025
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| _version_ | 1866901703982317568 |
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| author | Frank, Karol Sardini, Richard |
| author_facet | Frank, Karol Sardini, Richard |
| contents | <p><span lang="EN-US">EUT Mirror Edition v0.7.0 presents the final unified framework: Two-sheeted spacetime U₁ ⊕ U₂ with exact antisymmetry E(u₁,x) = –E(u₂,x), deriving zero total energy, singularity resolution, and information preservation automatically. LGO V13.0-IFF unification grounds dynamics in Prime Field Φ_P (4D-Torus-Sieve tuned by ζ-zeros γ_j), modulating G_eff via G_R waves and yielding Δf_anom ≈ 10^{-16} Hz (NIST-testable). Primordial PBH pairs nucleate as ER=EPR bridges (β_ALP ≈ 10^{-10}), self-regulating Λ_eff = 8πG ⟨J_E⟩ ~10^{-120} from instanton suppression exp(-10^{122}). Temperature-dependent ALP ϕ_a(T) enhances fluctuations (σ_M ~10^{-5}), yielding field-free DM ρ_DM ~ cos²(Phase + γ_j log p / π) at T<0.8 K (m_a ~3×10^{-19} eV, λ_6 ~10^{-94}), with 1.1–1.8 kpc solitonic cores. RH resolved via self-adjoint L (Spec(L)={γ_j²}, δRe <10^{-79}, mpmath dps=100). Early stiff phase (w=+1, 64 e-folds) resolves horizon/flatness; w(z) = -1 -0.05/(1+z)^3 predicts mild phantom deviations. Eternal, singularity-free, info-preserving model with H_0 ≈69 km/s/Mpc; testable via LISA PBH-mod, Euclid w(z), Odlyzko RH-bounds.</span></p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_17823905 |
| institution | Zenodo |
| language | eng |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Eternal Universe Theory – Mirror Edition E(u₁) = –E(u₂) Final Unified Framework: LGO-IFF, ER=EPR, RH Resolution Eternal, Singularity-Free Cosmology with Prime-Tuned Geometry Frank, Karol Sardini, Richard RH QM EUT QG <p><span lang="EN-US">EUT Mirror Edition v0.7.0 presents the final unified framework: Two-sheeted spacetime U₁ ⊕ U₂ with exact antisymmetry E(u₁,x) = –E(u₂,x), deriving zero total energy, singularity resolution, and information preservation automatically. LGO V13.0-IFF unification grounds dynamics in Prime Field Φ_P (4D-Torus-Sieve tuned by ζ-zeros γ_j), modulating G_eff via G_R waves and yielding Δf_anom ≈ 10^{-16} Hz (NIST-testable). Primordial PBH pairs nucleate as ER=EPR bridges (β_ALP ≈ 10^{-10}), self-regulating Λ_eff = 8πG ⟨J_E⟩ ~10^{-120} from instanton suppression exp(-10^{122}). Temperature-dependent ALP ϕ_a(T) enhances fluctuations (σ_M ~10^{-5}), yielding field-free DM ρ_DM ~ cos²(Phase + γ_j log p / π) at T<0.8 K (m_a ~3×10^{-19} eV, λ_6 ~10^{-94}), with 1.1–1.8 kpc solitonic cores. RH resolved via self-adjoint L (Spec(L)={γ_j²}, δRe <10^{-79}, mpmath dps=100). Early stiff phase (w=+1, 64 e-folds) resolves horizon/flatness; w(z) = -1 -0.05/(1+z)^3 predicts mild phantom deviations. Eternal, singularity-free, info-preserving model with H_0 ≈69 km/s/Mpc; testable via LISA PBH-mod, Euclid w(z), Odlyzko RH-bounds.</span></p> |
| title | Eternal Universe Theory – Mirror Edition E(u₁) = –E(u₂) Final Unified Framework: LGO-IFF, ER=EPR, RH Resolution Eternal, Singularity-Free Cosmology with Prime-Tuned Geometry |
| topic | RH QM EUT QG |
| url | https://doi.org/10.5281/zenodo.17823905 |