Resolution of Wigner's paradox via relativistic time and set theory. An explanation of dark energy as informational expansion. Explanation Big Bang mechanics, based on CCC mechanics.

V1.3: Intermediate results on the stereometric parameters of the Dark Sector macrostructure and vacuum hydrodynamics. The research is in an active phase. Published because "the author's brain has almost turned to corn, and losing the data is not an option." Enjoy, if you want. Version 1.1 contains empirical validation of predictive power, by chronological analysis. Well, this file is actually has name "predictive power", isn't? Before reading, please, read version 1, it's just additional information for empirical validation mathematics at v1. The original preprint description: This paper presents a unified fractal model of the universe, resolving fundamental paradoxes in modern cosmology and quantum physics through scale-invariant mathematical frameworks. By introducing a 122-order-of-magnitude scaling factor between our quantum domain and an encompassing hyper-universe, we mathematically resolve the cosmological constant problem, demonstrating that the discrepancy in vacuum energy density is a consequence of fractal tier transition rather than a systemic error. The study redefines dark matter as a pervasive axion condensate that serves as the fundamental structural framework of spacetime. Within this paradigm, we demonstrate that wave-particle duality—specifically the observer effect in Young's double-slit experiment—arises from the temporal desynchronization of reference frames, while cosmic redshift is explained via dimensionality reduction of the dark matter frequency background. Furthermore, dark energy is quantified as the internal expansion pressure necessary to counteract external hyper-universe constraints, governed strictly by the Bekenstein-Hawking holographic bound. Finally, the model reinterprets the Big Bang as a mechanical compression-rebound mechanism limited by the nucleon volume threshold ( ), which inherently predicts the primordial formation of supermassive black holes prior to galactic assembly, corroborating recent observations of protogalaxies such as QSO1. Ultimately, this paper bridges quantum mechanics and macro-cosmology, establishing that universal expansion, equilibrium, and eventual collapse are dictated by fundamental limits of information density. P.S. Objections and critiques will be entertained exclusively in the form of rigorously substantiated mathematical calculations. Appeals to Maxwell's demons, half-dead Schrödinger's cats, sentient observing photons, and other such philosophical abstractions will not be considered. P.P.S. Nikola Tesla.