Title: TOE Mir 2025: A Unified Theory of Everything with Falsifiable Predictions Authors: Evgeny Ovchinnikov Affiliation: Lomonosov Moscow State University (MSU) Abstract: We present a unified Theory of Everything, «Mir» (TOE Mir 2025), which redefines the nature of physical laws, the evolution of the universe, and the role of the observer. Our model posits that the cosmos is not governed by eternal, universal constants, but is an evolving, Darwinian system. In this framework, physical laws are not fundamental, but are inherited «genes» that mutate and are selected for their ability to produce new universes. The mechanism of cosmological reproduction is the deliberate violation of causality, which leaves observable scars on the cosmic microwave background, such as the Eridanus Supervoid. This paper demonstrates that our paradigm resolves the Hierarchy Problem, explains the nature of dark matter and dark energy, and accounts for the arrow of time and the origin of matter. Crucially, we offer a specific, falsifiable prediction for a laboratory-based experiment to test the central tenet of our model, moving it from a philosophical interpretation to a testable scientific theory. 1. Introduction The pursuit of a unified Theory of Everything has long been the holy grail of physics, aiming to reconcile the seemingly incompatible pillars of General Relativity and Quantum Mechanics. The discovery of inexplicable anomalies, such as the Eridanus Supervoid and the Hubble Tension, suggests that our standard cosmological model (ΛCDM) is incomplete. We propose a radical departure: the physical laws and fundamental constants we observe are not global features of a monolithic universe, but the local, statistical outcome of an evolutionary process in a multiverse. We term this framework «Mir.» 2. The Core Mechanism: Causal Inheritance Our model treats the multiverse as a population of universes, each with a unique «genotype» of physical laws and constants. The mechanism for passing this genotype to the next generation is the deliberate violation of causality. 2.1 The Replication Act A likely scenario involves two advanced civilizations from separate, causally disconnected universes that establish macroscopic quantum entanglement and perform a synchronized violation of causality. This creates a fundamental paradox, which reality resolves not by destroying the actors, but by «excising» the entire causal domain. This event, a Big Bang, gives birth to a new, daughter universe with a recombined set of laws, while leaving behind a gigantic, sterile observational scar — a supervoid. 2.2 The Evolutionary Drive of Complexity This reproductive mechanism exerts a selective pressure. Universes with «genotypes» that allow for the emergence of complex, intelligent life are more likely to produce a civilization capable of replicating the act. Thus, the multiverse naturally evolves towards greater biological and cognitive complexity. 3. A Unified Explanation of Fundamental Problems Our model offers a parsimonious resolution to several of the most intractable problems in modern physics, transforming them from puzzles into direct predictions of the framework. 3.1 The Hierarchy Problem Why is gravity so dramatically weaker than the other fundamental forces? In the Mir paradigm, this is not a bug, but a feature. The relative strength of all fundamental forces is a local property of our probabilistic «bubble.» We live in a branch of the multiverse where, by pure chance, this specific hierarchy of forces allowed for long-lived stars, stable chemistry, and life. The «weakness» of gravity is a direct, observational proof of our local, lucky physics. 3.2 The Nature of Dark Matter and Dark Energy The undetectable «dark sector» is a functional component of cosmological reproduction. Dark matter is the «building material» (fertilizer) that black holes gradually pump out of the parent universe, concentrating it to form a «cosmic embryo.» Dark energy is the «fuel» for the replication act, the energy released during the causal excision that drives the initial exponential expansion of the new daughter universe. Their properties are explained by their role as cosmic infrastructure, not as exotic particles. 3.3 Baryogenesis (The Origin of Matter) The observed asymmetry between matter and antimatter is a direct consequence of the selective filter of causal replication. This specific asymmetry was the accidental, winning «ticket» in our parent universe, allowing matter to survive annihilation. Since the replication mechanism selects for existing stable parameters, this successful asymmetry is a property that gets robustly passed down to daughter universes. 3.4 The Arrow of Time The unidirectional flow of time is an evolutionary gradient. The replication mechanism is an irreversible process that generates a macroscopic «forward» direction, compatible with the Second Law of Thermodynamics. A universe with a stable, directed time arrow is more likely to produce complex observers capable of further replication. 4. A Falsifiable Experimental Test To move the «Mir» theory from a conceptual framework to a testable scientific model, we propose a specific, laboratory-based experiment to verify its core principle: the locality of physical laws. 4.1 Conceptual Basis If the strength of gravity (and other constants) is a local feature of our bubble, then quantum systems that probe distances near the «edge» of this bubble should experience a change in the effective coupling constant. The boundary is not a spatial wall but a region where the local «luck» begins to run out, influencing the behavior of quantum correlations. 4.2 Experimental Protocol (Laser Interferometry in Macroscopic Superposition) We propose creating a macroscopic entangled state of two massive mirrors suspended in a high-vacuum cryogenic environment. By using advanced laser interferometry, the relative position between these mirrors can be measured with Planck-scale sensitivity. Our model predicts that when these mirrors are cooled to their quantum ground state and separated beyond a critical distance, the gravitational constant «G» governing their interaction will begin to slowly drift by a measurable amount over observation period. 4.3 Predicted Signature The signature would be a statistically significant, monotonic deviation of the effective «G» from the CODATA value, specifically in the context of a macroscopic, coherent quantum system. This signal cannot be explained by standard Newtonian noise or General Relativity. 5. Conclusion The «Mir» Theory of Everything (TOE Mir 2025) offers a coherent, self-consistent, and now experimentally testable framework that redefines our understanding of reality. It posits a reality where the very laws of the universe are a product of an evolutionary process, and where the existence of intelligent life is not an accident, but a fundamental cosmic necessity. This paper serves as the foundational axiom for the broader «2025» research program, with the tactical proofs («Sputnik» and «Vostok») to be published subsequently. Acknowledgments The author extends his deepest gratitude to his mother, Nadezhda Ovchinnikova. Her role in this work was of gentle support, and of constant challenge.
Evgeniy Ovchinnikov (Tue,) studied this question.