Quantum-Information Model of «Space-Field-Gravity» with Guse-Guseva Dynamics and the Binary «Bounce-Crunch» Cycle: The Nature of Cosmological Anomalies
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2026
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| _version_ | 1866901366201384960 |
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| author | Husiev, Igor |
| author_facet | Husiev, Igor |
| contents | <div class="otQkpb">Abstract<br>This paper presents a concrete cosmological realisation of the Space–<br>Field–Gravity (PPG) framework introduced in a companion paper [1].<br>We apply the connectivity formalism to a cyclic “Bounce–Crunch”<br>model driven by the interaction of a binary system consisting of a<br>Universe and an Anti-Universe. It is established that macroscopic entanglement<br>and the global spin of the system generate the observed<br>dipole anisotropy of the CMB and the “Axis of Evil”.<br>Using the best-fit parameters for the effective gravitational coupling<br>derived in Paper I (α0 = 0.12±0.04, p = 1.8±0.5, zc = 2.3±0.6,<br>δ∗ = 280 ± 80, n = 2.5 ± 0.7), we numerically verify that the enhanced<br>early gravity accelerates structure formation, resolving the<br>JWST high-redshift quasar and SMBH tensions. The cyclic bounce is<br>described as a phase transition of the connectivity field, where the extreme<br>spin during the bounce generates the global CMB anisotropies.<br>The background cosmology, action, and weak-field limits are those of<br>the PPG framework [1].<br><br></div> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_20039766 |
| institution | Zenodo |
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| publishDate | 2026 |
| publisher | Zenodo |
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| spellingShingle | Quantum-Information Model of «Space-Field-Gravity» with Guse-Guseva Dynamics and the Binary «Bounce-Crunch» Cycle: The Nature of Cosmological Anomalies Husiev, Igor Physics Cosmology Quantum mechanics Astrophysics Science Quantum Physics <div class="otQkpb">Abstract<br>This paper presents a concrete cosmological realisation of the Space–<br>Field–Gravity (PPG) framework introduced in a companion paper [1].<br>We apply the connectivity formalism to a cyclic “Bounce–Crunch”<br>model driven by the interaction of a binary system consisting of a<br>Universe and an Anti-Universe. It is established that macroscopic entanglement<br>and the global spin of the system generate the observed<br>dipole anisotropy of the CMB and the “Axis of Evil”.<br>Using the best-fit parameters for the effective gravitational coupling<br>derived in Paper I (α0 = 0.12±0.04, p = 1.8±0.5, zc = 2.3±0.6,<br>δ∗ = 280 ± 80, n = 2.5 ± 0.7), we numerically verify that the enhanced<br>early gravity accelerates structure formation, resolving the<br>JWST high-redshift quasar and SMBH tensions. The cyclic bounce is<br>described as a phase transition of the connectivity field, where the extreme<br>spin during the bounce generates the global CMB anisotropies.<br>The background cosmology, action, and weak-field limits are those of<br>the PPG framework [1].<br><br></div> |
| title | Quantum-Information Model of «Space-Field-Gravity» with Guse-Guseva Dynamics and the Binary «Bounce-Crunch» Cycle: The Nature of Cosmological Anomalies |
| topic | Physics Cosmology Quantum mechanics Astrophysics Science Quantum Physics |
| url | https://doi.org/10.5281/zenodo.20039766 |