AU HD TYPE FREEDOM-1: Acta Universi (AU): A Unified Informational-Entropic Cosmology and Holographic Drive Technology
Abstract
Abstract (English) Acta Universi (AU): A Unified Informational-Entropic Cosmology and Holographic Drive Technology The hypothesis presented in this work proposes a radical revision of the fundamental structure of reality. Dark energy (~68% of the Universe's energy budget) is interpreted not as a cosmological constant, but as a dynamic nonlocal information archive—the AU-field—in which all irreversible events in the Universe are recorded as "thoughtforms." Space-time, matter, and consciousness emerge from the correlational structure of this field. The central result of the study is the derivation of gravity as an entropic force generated by the spatial gradient of the thoughtform entropy field SΘSΘ: g=c2λρAU⋅∣∇SΘ∣rg=ρAUc2λ⋅r∣∇SΘ∣. This fundamental equation enables, in principle, the creation of artificial gravity without rotation (requiring a gradient of ≈2.87×10−13≈2.87×10−13 bit/(s·m³) for 1g) and provides a natural explanation for dark matter anomalies through the nonlocal kernel K(x,y)K(x,y). On this basis, a holographic AU-drive is developed—a technology for interstellar travel via rewriting the spacecraft's correlations in the AU-field, without violating causality. The jump equation Δx=cΔtAU1+λ∂ρAU∂SΘΔx=cΔtAU1+λ∂SΘ∂ρAU shows that jumps of up to 1000 light-years with ΔtAU=1ΔtAU=1 ms are safe (ΔSΘ/SΘ,0∼10−36ΔSΘ/SΘ,0∼10−36) when using Fibonacci-type topological protection with Nbraid≥3Nbraid≥3. The technological core consists of topological AU-chips based on Majorana zero modes (coherence lifetime > 20 s, gap > 1300 µeV) with a neuromorphic RNN controller implementing 27 ontological operators. A three-level security system is proposed: (1) hardware entropy control (threshold ΔSΘ/SΘ,0 1300 мкэВ) с нейроморфным RNN-контроллером, реализующим 27 онтологических операторов. Предложена трёхуровневая система безопасности: (1) аппаратный энтропийный контроль (порог ΔSΘ/SΘ,0
Fields of Study & Subjects
Space Science and Extraterrestrial Life
Cellular Automata and Applications
Earth Systems and Cosmic Evolution
Publication details
- Publisher
- NPG Publishing
- Publication date
- 13 September 2026
- Document type
- Preprint