Quantum Model of the Universe
Quantum Model of the Universe (QMU) is a theoretical framework in quantum cosmology proposed by Swiss researcher Sergey G. Kolesnyak in 2025. The model interprets the Universe as a quantum-informational system, where matter, energy, and information are interdependent aspects of the physical vacuum. It links vacuum fluctuations with large-scale cosmic evolution and proposes that transitions between vacuum states may underlie the observed phases of expansion and structure formation.[1][2]
Overview
The Quantum Model of the Universe describes space–time as a dynamic, self-organizing field governed by informational and thermodynamic principles. In this approach, the vacuum is considered an active quantum-informational medium, while mass and gravitation emerge as statistical effects of information flow and entropy gradients. The model includes hypotheses related to dark energy, inflation, and the early-universe dynamics observed by the James Webb Space Telescope (JWST).
Academic context
The QMU has been discussed in open-access repositories and independent AI-assisted evaluations in connection with current research on quantum gravity, informational cosmology, and vacuum thermodynamics. It has been compared to frameworks such as loop quantum cosmology, cyclic cosmology, and informational gravity. Independent researchers have noted conceptual parallels between the QMU and thermodynamic approaches to the early universe described in journals such as Entropy (2024) and Particles (2024).[3][4]
Related concepts
- Loop quantum cosmology
- Cyclic universe models
- Quantum thermodynamics
- Entropic gravity
- Vacuum phase transitions
- Quantum informational physics
Publications and repositories
The work was first published on the open-access repository Zenodo in 2025 and is also available via the Open Science Framework (OSF). It has been included in public scientific archives with AI-based analytical reviews and is referenced on research platforms such as ORCID and ResearchGate.[1][2][5]
References
- Kolesnyak, Sergey G. (2025). "Quantum Model of the Universe". Zenodo. https://zenodo.org/records/17376477
- Independent AI Review Report (2025). "Scientific evaluation of Quantum Model of the Universe". OSF Preprints. https://osf.io/cpbj7/files/afjh2
- "Theoretical Physics Review: Quantum Model of the Universe". OSF Archive. https://osf.io/cpbj7/files/zqgae
- "Discussion: Quantum informational cosmology models". ResearchGate Forum, 2025. https://www.researchgate.net/
- Pereira, D.S. et al. (2024). "Thermodynamics of the Primordial Universe". Entropy 26, 947. doi:10.3390/e26110947
- Hamada, K.-J. (2024). "Quantum Gravity Effective Action Provides Entropy of the Universe". Particles 7, 465–476. doi:10.3390/particles7020026
External links
- Quantum Model of the Universe on Zenodo
- Quantum Model of the Universe – OSF archive
- OSF independent review (PDF)
- ORCID profile of Sergey G. Kolesnyak
- Discussion thread on ResearchGate
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