Quantum Model of the Universe wraps 12-volume physics study

By AI, Created 2:20 PM UTC, May 24, 2026, /AGP/ – A 12-volume, 4,000-page scientific series called Quantum Model of the Universe has been completed and presented at a conference in Switzerland on May 23, 2026. The project aims to systematize modern physics and cosmology by examining where existing theories can be jointly applied across quantum theory, gravitation and the large-scale universe.

Why it matters: - Quantum Model of the Universe tries to bridge a major gap in modern physics by organizing quantum theory, relativity and cosmology into one structural framework. - The series focuses on the conditions under which established theories can be applied together, rather than proposing a standalone “theory of everything.” - The project could matter for research on dark matter, dark energy, the Hubble tension, vacuum physics and early-Universe structure.

What happened: - The 12-volume scientific series Quantum Model of the Universe was completed after a multi-year research effort. - The project was presented at a scientific conference of the World Academy Awards in Switzerland on May 23, 2026. - The conference highlighted the series’ structure, scientific logic and role in systematizing current views of the Universe. - The work was prepared by a research group under the scientific direction of Sergey G. Kolesnyak.

The details: - The series spans more than 4,000 pages. - The research draws on observational cosmology, quantum physics, relativistic gravitation, vacuum physics and high-energy astrophysics. - The project analyzes more than 500 major discoveries, theorems, observational results, experimental constraints and conceptual achievements. - QMU uses a concept called structural admissibility to test when physical theories, mathematical models and empirical data can be applied to the Universe as a whole. - The analysis covers dark matter, dark energy, the Hubble tension, the early formation of massive structures, the vacuum, space-time geometry and cosmological evolution. - The series is organized into four monographs, with three volumes in each monograph. - Monograph I, “The Observable Universe: Structure, Inventory, and Physical Foundations,” treats the observable Universe as a measurable physical object. - Monograph I includes a “Passport of the Universe,” which inventories key parameters, scales, objects, fields, interactions, particles, constants and cosmological regimes. - Monograph II, “Fundamental Discoveries and Structural Conditions of Modern Physics,” examines the vacuum, quantum fields, bosonic and photonic carriers, dark sectors, antimatter, gravitational regimes, geometric microstructure and limits of existing models. - Monograph III, “Evolution of the Universe and Fundamental Physical Constants,” studies cosmological evolution, fundamental constants and links between microphysical processes, vacuum structure and global cosmic dynamics. - Monograph IV, “Quantum Geometry, Primordial Structure, and the Architecture of the Universe,” covers quantum geometry, primordial structure, early cosmological regimes, matter formation and future theoretical and experimental testing. - The project has received assessments from specialists in university, physical-mathematical and scientific-engineering communities. - Vladimir V. Darovko of Saint Petersburg State University described the work as a “large-scale, conceptually rich study” and said it is “not merely a review, but a deep analytical study.” - Ya. N. Kask of Admiral Makarov State University said the project treats tensions between quantum theory, gravitation and observational cosmology as deeper structural constraints within physical theory. - Igor E. Vinogradov of JSC Scientific Production Center for Automation and Instrument-Making / Roscosmos said the project differs from conventional extensions of the Standard Model or ΛCDM by focusing on conditions for consistent combination of existing frameworks. - The authors thanked NASA, ESA, CERN, the Large Hadron Collider, ATLAS, CMS, DESI, Planck, the James Webb Space Telescope, the Hubble Space Telescope, LIGO–Virgo–KAGRA, SDSS, BOSS/eBOSS, ACT, SPT, the Event Horizon Telescope, Super-Kamiokande, SNO, the Particle Data Group and other collaborations for the data underlying the work. - River Publishers has signed a contract to publish several volumes and distribute them to universities, scientific communities, libraries and research laboratories. - The base edition is in English, and the series is being translated into eight languages: Russian, Chinese, French, German, Spanish, Italian, Portuguese and Dutch. - Copies, including author-signed editions, can be ordered by contacting intellectpictures@gmail.com.

Between the lines: - The series positions itself as a synthesis project, not a replacement for modern physics. - The emphasis on structural conditions suggests the authors are targeting theoretical consistency across domains that often remain separate in practice. - The long list of major collaborations and observatories signals that the project aims to ground its framework in mainstream empirical results rather than speculative inputs.

What’s next: - River Publishers is set to distribute several volumes to academic and research institutions. - Translation into multiple languages should widen access among international physics and philosophy-of-science audiences. - The authors say the project is meant to support further theoretical and experimental testing, especially in areas like quantum geometry, primordial structure and cosmological evolution.

The bottom line: - Quantum Model of the Universe is a large-scale attempt to organize modern physics into one unified research architecture, with the biggest claim being not a final theory, but a framework for deciding when today’s theories fit together.