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Quantum Cosmology
2026-06-18

Abstract Abstract. The five-dimensional Möbius strip topology introduced in a previous paper [1] unifies the impulse (gravity) and spin (electromagnetism) components of the Gℏ quantum. This topology naturally yields spin 1/2 and the fine-structure constant α = 1/137 as the ratio of quantum numbers kgrav/kem. In the present work we develop the cosmological implications of this structure. We show that the mirror symmetry of the Möbius strip gives two precession directions — matter and antimatter — and that their interaction at large distances produces anti-gravity. We construct a phenomenological Lagrangian for two coupled scalar fields, ΦM and ΦA, and derive a variable cosmological constant Λeff that depends on the local cluster distribution. We propose observational tests using Hubble parameter anisotropy and supernova magnitude differences [10, 11]. Dark matter is interpreted as hidden kinetic energy of the Gℏ quanta, with an effective Lagrangian coupled to curvature. The resulting cosmology is cyclic, singularity-free, and replaces ΛCDM.

Ссылка для цитирования:

Melnitchenko Y. 2026. Quantum Cosmology. PREPRINTS.RU. https://doi.org/10.24108/preprints-3115594

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