The Acta Universi (AU-field) hypothesis, proposed by D. E. Yashchenko in 2025, is a speculative theoretical framework that reinterprets dark energy as a dynamic informational archive of all events in the Universe — the AU-field.
Dark energy (≈68% of the Universe's energy density) is not merely a cosmological constant Λ or quintessence, but a universal "database" or matrix of correlations recording all irreversible acts and interactions (from quantum fluctuations to galaxy mergers). This leads to exponential growth in structural complexity and generates antigravity repulsion, explaining the accelerated expansion of the Universe.
In this picture, spacetime "collapses" into a phase space of correlations and fluctuations: objects and events exist "everywhere and always" informationally. Classical motion is a "rewrite" in this archive rather than physical displacement. The hypothesis integrates cosmology, quantum mechanics, information theory, the holographic principle, and elements of quantum cognition/ontology (operators of Being/Non-Being/In-Being). It also claims to explain UAP phenomena, planetary consciousness, and interstellar travel without violating causality.
Foundations
- Informational-entropic nature of reality: The Universe is a self-evolving archive of irreversible events.
- Unity of physical and informational: Dark energy = information density of the AU-field.
- Nonlocality and correlations: Analogy with neural networks and the cosmic web; consciousness and thought-forms as active elements influencing the field.
- Emergence of known theories: GR, SR, Standard Model are subsets of the AU-description.
- Technological implications: Correlation manipulation for "rewriting" object positions, artificial gravity, superluminal-like effects without breaking c.
Postulates and Axioms (Main)
- Dark energy = AU-field — dynamic event archive, whose density defines ρ_DE ≈ 10^{-27} kg/m³.
- Entropy S_Θ — key parameter: measure of accumulated irreversible acts/thought-forms; integrates information, dark energy, and cognition. Has a dedicated mathematical model.
- Spacetime collapse: Coordinates replaced by phase space of correlations; motion is a log rewrite.
- Causality preservation: Internal chronology (chronos) maintained; may appear violated to external observers (Gödel analogy).
- Holographic principle: S ∝ A (horizon area), solving the cosmological constant problem.
- Scalability: From Planck scales to cosmological horizons; particles as correlation nodes.
- Dynamics: w ≈ -1 with evolution (consistent with DESI 2025 data).
Mathematical Justification (Key Elements)
- Modified Friedmann equation:
H² = (8πG/3)ρ + (Λ_eff c²)/3, with Λ_eff tied to ρ_info from AU-entropy. - Holographic entropy: S = (k_B c³ A)/(4 ħ G) → ρ_Λ ~ 10^{-27} kg/m³.
- Dark energy dynamics:
ρ_DE(a) = Ω_DE a^{-3(1 + w_0 + w_a)} exp[-3 w_a (1 - a)]. - Displacement/"jump" formula:
Δx = c Δt_AU √(1 + λ ∂ρ_AU/∂S) (λ ~0.1).
The hypothesis builds on observations (Type Ia supernovae, CMB, DESI BAO, etc.) and is presented as testable and falsifiable, sometimes compared to string theory as its infinite-dimensional limit.
