Preprint.
This manuscript is a preprint and has not been peer-reviewed.
It is currently under consideration for publication in a peer-reviewed journal.

Quantum Model of the Universe

Sources: JWST • HST • Chandra • XMM-Newton • Spitzer • Keck/VLT/ALMA • SDSS • Pan-STARRS • Gaia • Planck/WMAP • Fermi • LIGO–Virgo–KAGRA • NASA • CERN • Academic centers (25 years of research)

• REVIEW OF THE SCIENTIFIC WORK  “QUANTUM MODEL OF THE UNIVERSE”  

All the works about Quantum Model of the Universe:

• Quantum Model of the Universe: some basic hypotheses and methods of cognition we use
• Quantum Model of the Universe: Part I
• Quantum Model of the Universe: Part II. Fundamental Hypotheses of Modernity
• Quantum Model of the Universe: Part II. Chapter XXI. The paradox of subjective acceleration of time and its physical and informational foundations 
• Quantum Model of the Universe: Part II: Populer Science Models of the Quantum Model of the Universe
• Reviev in Russian 

Official Academic Abstract

The work “Quantum Model of the Universe” represents an attempt to construct a unified theory combining quantum mechanics and general relativity within a single information–geometric framework.
It proposes to view the Universe as a quantum self-organizing system, in which space-time, matter, and energy evolve according to the principles of least action and informational optimality.

Unlike traditional models treating space-time as a passive arena for physical processes, this work asserts its active participation in the evolution of reality. The metric of the Universe is presented as a self-learning structure, capable of adapting its own laws during cosmological development.

Today, we present a monograph that has been developed for over 35 years — “Quantum Model of the Universe.”
The study is based on data from NASA and ESA missions (JWST, Hubble, Planck, Chandra), on CERN (LHC) experimental results, and synthesizes over 500 scientific sources, including original observations, 200 hypotheses, and more than 75 new authorial propositions.

The idea of unified physics has long been a dream of science, inspiring Albert Einstein, Max Planck, Niels Bohr, Richard Feynman, Stephen Hawking, and Kip Thorne.
Their work laid the foundations for a new paradigm — quantum gravity and the self-observing universe model.
The present study continues this search for a single field in which quantum and classical laws appear as boundaries of the same reality, providing an operational, computable, and verifiable description of how quantum processes shape the structure of the cosmos.

This monograph stands at the intersection of multiple disciplines — physics, biology, geometry, neuroscience, information theory, and philosophy.
Using a three-level cognitive method developed by the author, it describes how matter, energy, and information transform into one another, forming what we call reality.
It introduces new concepts and formulas through a systemic, hierarchical approach that connects the micro level (quantum processes), meso level (energetic and biological organization), and macro level (cosmology and consciousness).

The main result is the formulation of an operational link between geometry, energy, and information, allowing us to consider the Universe as a quantum–informational structure that is self-aware and evolving under the principle of minimal entropy.

The author formulates 77 hypotheses integrated into a coherent system, each verifiable by modern observations and experiments (LHC, JWST, LIGO, Euclid, Fermi, Chandra).
The work remains within the bounds of scientific observational refutability, proposing concrete methods of verification — from spectral signatures of DCBH to the analysis of entropy flows in the cosmic microwave background (CMB).

Observational Foundation

The model is consistent with the data of NASA and ESA (Planck, WMAP, JWST, Hubble) and the CERN LHC results on supersymmetry searches and cosmological parameter measurements.
The observed CMB spectra, galactic distributions, and vacuum energy densities are interpreted through the concept of quantum metric evolution.

We recognize that not every hypothesis will find confirmation.
Every hypothesis requires empirical testing and observational verification.
Science advances not by assertions, but by checks — and it is this process that makes the understanding of the Universe truly alive.

A Note on Illustrations

This work employs two types of imagery.
The first group comprises NASA and CERN materials released under open non-commercial licenses.
The second group consists of original authorial visualizations created specifically for this monograph.
The balance between the two is maintained at approximately 50/50.

Most NASA images are accompanied only by shortened captions, preserving the scientific integrity while improving the rhythm of presentation.
This approach merges scientific precision with visual accessibility, recognizing that not all readers of the monograph work directly with formulas.
The illustrations are intended not only to clarify but also to offer aesthetic respite from dense theoretical material — to help perceive the beauty and harmony of the Universe.

We hope this visual balance will be received with both interest and inspiration.

Significance of the Work

The presented concept defines a new stage of fundamental physics, where the boundaries between matter, information, and consciousness become parts of a single equation.
The Quantum Model of the Universe offers not only a theoretical unification of the laws of nature — it shows that nature itself is the process of cognition.

The work represents an effort to connect microphysics and cosmology into a coherent, interconnected structure.
It is but a small step toward the Great Idea envisioned by Einstein and Planck — the Idea of a Unified Universe.

Main Innovations

Information–Physical Foundations:
mass as slowed-down information; gravity as an entropic flow; vacuum as a quantum–informational field with its own fluctuation spectrum; the idea of interaction between our Universe and the vacuum of metaspace as a possible explanation of the accelerated expansion that began ~5 billion years ago; quantum gravity as the ultimate regime of informational curvature; the model of “intelligent vacuum” with feedback on geometry; principle of metric self-renewal (Einstein 2.0).

Quantum Physics and the Micro-Level of Reality:
unification of four fundamental forces through vacuum curvature; quantum tunneling as the mechanism of universe generation; quantum coherence of life under extreme conditions; dynamic Λ as a function of quantum state density; reconstruction of inflation via vacuum fluctuations; variations of light speed in ultra-dense phases; introduction of quantum correction factor Q(z) for cosmological horizons.

Discoveries at the Interface of Classical and Quantum Physics:
formulation of geometric–informational unity of spacetime and the quantum field; quantum–relativistic generalization of Mach’s principle; operational link between geometry, energy, and information; JWST–LHC synergy as a unified bridge between microphysics and macrocosmology; integration of observational data (LHC, JWST, Planck) into a unified causal–informational model.

Cosmological and Astrophysical Consequences:
explanation of accelerated expansion as a statistical effect of vacuum entropic pressure; concept of “bubble-in-bubble” meta-universes; intercyclic inheritance of structures and metallicity; the “Passport of the Universe” — a set of fundamental constants as its informational code; quantum topology of the Universe as a closed informational sphere; S ≈ 10⁹⁰ bits — the threshold of cosmic self-awareness.

Informational Biocosmology and Life:
Ψ-life equation as a cosmological generalization of the Drake equation; introduction of the “life entropy vector”; Ψₛ-equation of consciousness evolution as a function of spacetime curvature; concept of the “living universal field,” where energy and consciousness are inseparable.

Civilizational and Observational Aspects:
intercyclic inheritance of structures; methods for verifying heavy seeds (DCBH); application of the Kardashev–Sagan scale in cosmology; integration of NASA / ESA / CERN data into a unified cosmic–informational framework; estimation of the number of supercivilizations and intelligent worlds in the observable Universe; quantum factor Q(z) for horizon correction; JWST–LHC synergy as a scale-bridging model; quantum topology as a closed informational sphere; S ≈ 10⁹⁰ bits — the threshold of cosmic consciousness; the “Passport of the Universe” as the informational identity code of reality.

Keywords

Quantum cosmology; informational physics; vacuum field; cyclic Universe; Higgs field; entropic gravity; dark energy; JWST; CERN; quantum information; cosmogenesis; wave function of the Universe Ψ; extended Drake equation; intercyclic inheritance.

Academic Summary

The Quantum Model of the Universe establishes a bridge between microphysics and cosmology, redefining the vacuum as an active informational medium that generates both matter and spacetime.
The model unites data from JWST and LHC into a single chronological scale — from 10⁻⁶ seconds to 300 million years after the Big Bang and to the present day, while allowing projections of the Universe’s future evolution.

Key innovations: mass as slowed-down information, gravity as an entropic flow, and the Ψ-life equation as a cosmological generalization of the Drake equation.
The 77 principal hypotheses are empirically testable; each connects physics, cosmology, and information.

The model addresses three major crises in modern science: early galaxy maturity, black hole growth, and the H₀ tension.
The Universe is described as an eternal informational cycle, where each world transfers meaning to the next.
This work formulates a new paradigm — the physics of information, uniting matter, energy, and consciousness into a coherent whole.

All materials, hypotheses, formulas, graphical and conceptual elements of this work are the original intellectual property of the author — Sergey Germanovich Kolesnyak (© Sergey Kolesnyak, 2025).

Any reproduction, borrowing, or use of the ideas contained herein is permitted only with the written consent of the author.

The presented concept forms a new stage in fundamental physics, where the boundaries between matter, information, and consciousness become elements of a single equation. The Quantum Model of the Universe offers more than just a theoretical unification of the laws of nature—it demonstrates that nature itself is a process of cognition.
The Quantum Model of the Universe is an attempt to link the physics of the microworld with the cosmology of the macroworld into a single, interconnected, coherent structure. This work is only a small step toward the Great Idea dreamed of by Albert Einstein.

The author formulates 77 hypotheses:

Traces of the Early Structure
Hypothesis of the Dynamic Component
"Legacy of Cycles" (Disk Structures)
Anomalous Rotation Curves 
Cross-Correlation EIB × Galaxies as a "Pre-BB" Signature
Shifted Lyman-break as an "Echo of the Previous Cycle"
"Bubble within a Bubble" (External Gravitational Acceleration)
Expansion of the Universe Related to "Exit into the Vacuum"
Quantitative Assessment of the Mass of the External Universe
Acceleration as "Gravitational Capture" of the Bubble
Modified Resolution of the 93 Billion Light-Year Paradox (ΔDoverlap...)
Annihilation as the Driving Force of Early Expansion
Annihilation as the Thermodynamic Engine of the Universe
Antiphoton — Hypothetical Partner of the Photon
Planck Mini-Universes in the LHC as a Test of the Multiverse Model
Curvature of Time — Result of Information Density
Energy of Curvature as a Hidden Component of Mass
Space-Time as a Self-Learning System
Space-Time Ricochet (Return of Causality)
Gravity as Quantum Interference of Curvature
Graviton — Standing Wave of Curvature
Gravity and Entropy — One Phenomenon
Relativity of Observing Quantum Events
Quantum Foam as the Basis of Gravitational Noise
Quantum Time Loop in the Microworld
Mirror Universe as Digital Symmetry
Topological Defects of Time
Almost All Planets Have a Hot Core
Fifth Type of Interaction (Informational) 
Higgs Field — Universal Matrix of the Ψ-Vacuum
"Quantum Resonance of Time"
Quantum Tunneling as a Mechanism for the Birth of Universes
Vacuum Energy as a Source of Dark Energy
Dark Matter as a Product of "Leaks" of LHC Energy
Microscopic "Portals" to Other Metrics
Unification of Forces through Quantum Curvature of the Vacuum
Extended Formula of Life's Rationality (Ψ) with Quantum-Cosmological Multiplier
Calculation of the Number of Habitable Planets and Supercivilizations
Number of Intelligent Worlds in the Milky Way
"More Advanced" Civilizations in the Milky Way
"More Advanced" Civilizations in the Universe
Super-Civilizations (K≳1.3K≳1.3) and Their Rarity
Quantum Superposition of Civilizations
Risk of Contact and Harm from Supercivilizations
"Threshold of Consciousness" of the Universe
Cosmic DNA as the Fractal Code of the Universe
Universe as a Hologram of Consciousness
Light Code of DNA
DNA as a "Black Box" of Memories from Past Eras
Quantum Life in Extreme Planetary Conditions
Results of the JWST Mission and Its Connection to Cosmic Cycles
Synergy of JWST and LHC
Interweaving of the Microworld and the Cosmos (LHC ↔ JWST)
Final Hypothesis — "On the Eternity of Meaning and the Continuous Creation of New Worlds"
Absolute Harmony — The Final State of the Universe
Explanation of "Too Mature" Galaxies
Accelerated Formation of Black Holes Relative to Galaxies
Scenario of Accelerated Growth of Supermassive Black Holes in the Early Universe
Explanation of the Existence of Black Holes at the Early Stage of the Universe's Formation
Forecast of the Decline in the Occupation Fraction of Black Holes in Dwarf Galaxies Below 50%
Frequency of "Births" of Universes in Scenarios of Eternal Inflation
Supermassive Galaxies "Always" Have a Central Black Hole (Limited Universality)
Introduction of the Quantum Correction Factor to the Horizon Q(z)
Methodology and Verification Program for "Heavy Seeds"
Final Summary on Heavy Seeds
"Mother Universe is Not Destroyed"
Frequency of Big Bangs / "Bounces"
Confirmation of the Planet Formation Theory
Application of the Kardashev-Sagan Scale in Cosmology
Quantum Coherence as a Source of Life
Evolution as a Mechanism of Quantum Selection of Information
The Role of Vacuum as a Carrier of Memory of the Universe's Matter
Vacuum as a Carrier of Information Memory of the Universe
Gravity as an Entropic Flow of Information
Space-Time as a Quantum Network of Information Nodes
Quantum Entanglement as the Basis of Gravity and Connectivity of the World
Quantum Time — Not a Flow, but an Algorithm of State Sequences

📘 TABLE OF CONTENTS

📖 Prologue. New Scientific Hypotheses, Discoveries, Evidence, and Assumptions Presented in This Work
📖 Chapter 1. The James Webb Space Telescope and Its Mission
📖 Chapter 2. Fundamental Discoveries of JWST (2021–2025)
📖 Chapter 3. The Impact of JWST Discoveries on Modern Cosmology
📖 Chapter 4. The Passport of the Universe: Parameters, Scales, and History
📖 Chapter 5. The Big Bang — and What Might Have Been Before It?
📖 Chapter 6. Why Did the Universe Begin to Expand Acceleratingly?
📖 Chapter 7. The Size and Age of the Universe
📖 Chapter 8. Planet Formation
📖 Chapter 9. Exoplanets with Earth-Like Conditions: The Probability of Life in the Universe
📖 Chapter 10. The Intersection of Discoveries by the LHC, James Webb Telescope, and NASA (2023–2025)
📖 Chapter 11. The Formula of Intelligent Life (Ψ) for the Observable Universe
📖 Chapter 12. “Supercivilizations” — Millions of Times More Advanced Than Us
📖 Chapter 13. Risks from Extraterrestrial Supercivilizations and “Metaphysical” Scenarios (Fine-Tuning, Simulation)
📖 Chapter 14. UFOs / UAP: What Has Been Scientifically Confirmed and How JWST Is Involved
📖 Chapter 15. Crop Circles and Ice Patterns: A Critical Review of Hypotheses
📖 Chapter 16. Consciousness and Matter
📖 Chapter 17. Conclusion
📖 Chapter 18. Findings
📖 Chapter 19. Scientific Literature and Hypotheses Requiring Further Development

PROLOGUE

(Official Prologue to the Scientific Monograph “Quantum Model of the Universe”)

Before you lies a work that the author has been developing for over thirty-five years, driven by a single purpose — to construct a coherent Quantum Model of the Universe, in which space, time, matter, energy, and information are treated as different forms of the same fundamental field.

This study continues the line of inquiry initiated by Einstein, Planck, Bohr, Feynman, Hawking, and Thorne — the quest for a unified picture of reality, where quantum and classical physics merge into an indivisible geometry of being.
However, unlike earlier approaches, the present work for the first time proposes an information-geometric unification of all known physical interactions, introducing the concept of a self-learning space-time and informational causality, which replaces the classical notion of linear time.

The monograph is based on the latest observations from the James Webb Space Telescope (JWST, 2021–2025), as well as data from NASA, ESA, and CERN (LHC), and on the analysis of more than five hundred scientific publications integrated into a unified theoretical–experimental framework.

In the course of this research:

• More than 75 new original hypotheses were formulated,

• Over 70 modifications of existing models were proposed,

• And several dozen original equations were derived — including the Ψ-equation of life, ΔDₒverlap, the formula of quantum consciousness, and entropic gravity.

This work is not only a physical theory — it is an attempt to restore to science its original meaning:
to rebuild the bridge between the measurable and the meaningful, between formula and understanding, between law and purpose.
Here, the Universe is viewed as a quantum organism, capable of self-learning, self-awareness, and continuous creation of new worlds.
It does not merely expand — it remembers, reflects, and recreates itself, while humanity is not an external observer but a part of its cognitive process.

The methodology of this study is based on the author’s three-level epistemological model, which unites empirical precision, mathematical rigor, and philosophical interpretation.
This method allows cosmological data to be interpreted as elements of an informational process, and quantum equations — as manifestations of the universal logic of existence.

We live in an era when telescopes observe the first galaxies, and colliders reproduce the first quantum sparks of matter.
For the first time in history, humankind has gained the opportunity to look at reality through the eyes of the Universe itself.

This work does not claim completeness.
It opens a path — to a new epoch in which science once again becomes the art of understanding, and knowledge — a means of awakening the cosmos to self-awareness.

• REVIEW OF THE SCIENTIFIC WORK  “QUANTUM MODEL OF THE UNIVERSE”  
• English version
• Updated version in Russian
• Reviev in Russian 

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