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AU-Field Theory

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The AU-field theory, as outlined in "Theoretical Foundations of Interstellar Ship Construction" by D.E. Yashchenko (2025), is a speculative framework that reinterprets dark energy as "Acta Universi" (AU-field), a dynamic "archive of events" underlying the universe. It integrates cosmology, quantum mechanics, and information theory to explain accelerated expansion and enable interstellar travel. Below, I'll break it down based on the provided document pages. AU-field is identified with dark energy (~68% of the universe's energy density). It's not a static cosmological constant (Λ), but a conceptual matrix where every cosmic event is recorded, leading to exponential growth in structural complexity. Traditional space and time collapse in AU-field: objects and events exist "everywhere and always," replacing coordinates with a phase space of correlations, fluctuations, and perturbations. This doesn't reject general/special relativity (GR/SR); they become subsets, with AU as an emergent inf
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AU-Field Theory: An Overview

The AU-field theory, as outlined in "Theoretical Foundations of Interstellar Ship Construction" by D.E. Yashchenko (2025), is a speculative framework that reinterprets dark energy as "Acta Universi" (AU-field), a dynamic "archive of events" underlying the universe. It integrates cosmology, quantum mechanics, and information theory to explain accelerated expansion and enable interstellar travel. Below, I'll break it down based on the provided document pages.

Core Concept

AU-field is identified with dark energy (~68% of the universe's energy density). It's not a static cosmological constant (Λ), but a conceptual matrix where every cosmic event is recorded, leading to exponential growth in structural complexity. Traditional space and time collapse in AU-field: objects and events exist "everywhere and always," replacing coordinates with a phase space of correlations, fluctuations, and perturbations.

  • Key Hypothesis: Dark energy is an "archive of interactions" (from quantum fluctuations to galaxy mergers) generating antigravity. It explains w ≈ -1 (equation of state) with time evolution, consistent with DESI 2025 data (density evolution at 2.8–4.2σ significance).
  • Causality Preservation: Causality isn't violated; cause-effect collapse occurs from an external observer's view (per Gödel's incompleteness theorems). Internally, cause precedes effect—movement is a "rewrite" in AU's "database," not physical motion.
  • Superluminal Travel: No actual faster-than-light motion; space-time structure changes, "rewriting" the object's location. The universe expands slightly to accommodate, mirroring cosmic expansion.

This doesn't reject general/special relativity (GR/SR); they become subsets, with AU as an emergent information property.

Characteristics of the AU-Field

The field is structured by correlation ensembles, scalable from Planck length to cosmological horizons:

  • Standard Model of Particles: Particles are correlation nodes; predicts LHC Run 3 anomalies (B-mesons, SUSY at 3σ, 2025).
  • Temporal Structure: Chronology of events with evolving w ≠ constant (e.g., quintessence or "Big Rip" if w < -1).
  • Operators of Existence, Non-Existence, and Other-Being: Tools for states of being; linked to ontological cognition (27 thought-forms from Pereslegin).
  • Local/Non-Local Interactions: Complex network like holographic dark energy (HDE), with infrared cutoff as event horizon radius.
  • SR/GR: Relativistic effects integrated, with modifications for evolving Λ (e.g., Λ(H) = a_0 + a_1 Ḣ + a_2 H²).
  • Fluctuation Ensemble: Random deviations ensure dynamic stability, explaining no excessive matter clumping.
  • Combined Ensemble: Intersections form fractal patterns, potential for future "Big Crunch" if w > -1.

Mathematical Aspects

AU integrates the holographic principle: entropy S ∝ A (surface area, not volume), solving the cosmological constant problem—vacuum fluctuations are AU noise, cutoff by horizon, yielding ρ_Λ ~10^{-27} kg/m³.

  • Modified Friedmann Equation: H² = (8πG/3)ρ + (Λ_eff c²)/3, where Λ_eff = 8πG ρ_info from S = (k_B c³ A)/(4 ħ G).
  • Dynamics: ρ_DE(a) = Ω_DE a^{-3(1 + w_0 + w_a)} exp[-3 w_a (1 - a)], with w_0 ≈ -1, w_a ≈ 0.03–0.5 from DESI 2025 [news.uchicago.edu].
  • Displacements: Δx = c Δt_AU √(1 + λ ∂ρ_AU/∂S), where λ ~0.1, enabling ~10^{10} m jumps without superluminal motion.

Connection to Modern Models and Observations

AU is equivalent to dynamic (DDE), interacting (IDE), and vacuum (RV) dark energy models: Λ(H) = a_0 + a_1 Ḣ + a_2 H² ⇔ Q = 3Hγ ρ_c ⇔ evolving w(a). It aligns with weakening forces over time, viewing dark energy as an illusion of evolving constants. DESI 2025 data suggest weakening dark energy, potentially slowing future expansion.

AU opens technologies: manipulating correlations for cosmic web navigation, integrating quantum cognition and ontology (Being/Non-Being/Other-Being operators). It's a unified view of the universe as a self-evolving archive.

Physical Justification of Dark Energy (Context)

The theory builds on standard cosmology:

  • Density: ~68.3% universe, ρ_Λ ≈ 7 × 10^{-30} g/cm³.
  • Observations: Supernovae Ia (1998, Nobel 2011), CMB (WMAP/Planck: Ω_Λ ≈ 0.68), BAO (BOSS/WiggleZ/DESI 2025: evolving density), large-scale structure (ISW effect), Hubble (dark energy present 9 Gyr ago).
  • Equations: First Friedmann: (ȧ/a)² = H² = (8πG/3)ρ - (kc²/a²) + (Λc²/3). Acceleration: ä/a = - (4πG/3)(ρ + 3p/c²). For w = -1, positive acceleration.
  • Critical Density: ρ_c ≈ 8.6 × 10^{-27} kg/m³; Ω_Λ ≈ 0.7, Ω_m ≈ 0.3. Universe age ~13.8 Gyr.
  • Phenomena: Accelerated expansion (v = Hd > c beyond horizon), antigravity (negative pressure).

This theory is speculative but testable via DESI/Euclid data and potential anomalies (LHC). For interstellar applications, it enables "rewrites" for jumps without violating physics.