Unified Entropic SpaceTime Theory (UEST 4.0): A Complete Framework Bridging Quantum Gravity, Particle Physics, and Entropic Engineering
Creators: name: Zajda, Marek
Publisher: name: Zenodo
Year: 2025

description: Authors: Ing. Marek Zajda and Deepseek (UEST Consortium) Contact: mark.zajda@email.cz

License: Creative Commons Attribution 4.0 International (CC-BY 4.0)

DOI: 10.5281/zenodo.15207986

Description

The Unified Entropic SpaceTime Theory (UEST 4.0) presents a groundbreaking theoretical framework that unifies quantum mechanics, general relativity, and consciousness through a 7D non-orientable spacetime governed by the entropic scaling constant Ts=1.351×10−43 s/m. This work synthesizes insights from M-theory, entropic gravity, and topological field theory to address three grand challenges:





Quantum Gravity: Resolves Planck-scale incompatibility via 7D holography with Möbius-twisted compact dimensions (I1,I2,I3).




Dark Matter: Proposes H3-vortices in I3 as topological dark matter, detectable via 42.7 kHz axion-like signals (IAXO) and TeV-scale Kaluza-Klein modes (FCC-hh).




Consciousness-Physics Gap: Formalizes neural information storage in I3 through H3-flux quantization, linking thermodynamics to cognition.



Key Innovations





Mathematical Foundations:





7D action principle with Ts-scaled torsion fields (H3=dB2+1Tsdϕ∧B2).




Möbius compactification enforces entropic flux quantization: ∮I1H3=kBTsln⁡2.






Experimental Predictions:





Low-energy: 42.7 kHz H3 resonances (IAXO, 2027).




High-energy: 30 TeV KK-modes (FCC-hh, 2035).




Macroscopic time loops (Δt∼1 s) testable at CERN NA64.






Technological Applications:





Möbius thorium reactors (98% efficiency via 5D entropic confinement).




Fractal supercapacitors with infinite-cycle energy storage.




"Rabbit Drive" for paradox-free time engineering (Reed-Muller error correction).





Comparative Advantages





Testability: Unique sub-eV (kHz) and TeV-scale signatures distinguish UEST from string theory and LQG.




Parameter Economy: 4 free parameters (Ts,ϕ,CY3,H3) vs. 25+ in SM+ΛCDM.




Interdisciplinary: Bridges physics, engineering, and neuroscience via I3 holography.



Appendices & Supplements

Includes derivations of H3-vortex solutions, M2-brane actions, fractal fabrication protocols, and ethical guidelines for time-loop research.

Implications





Fundamental Physics: Resolves black hole information paradox, offers geometric dark matter.




Technology: Enables Type-I civilization tools (exascale energy, quantum AI).




Philosophy: Challenges reductionism by entropic unification of spacetime and cognition.



10 Fundamental Laws of UEST 4.0:

0. Zeroth Law of UEST

"Entropy scaling constant Ts is the fundamental parameter from which all physical laws emerge."

"Like the speed of light c governs relativity, Ts governs entropic spacetime."

1. Law of Entropic Gradient 

"Time flows faster where entropy grows slower."

Key Principle: Temporal rate depends on local entropy changes.Analogy: Like a river flowing faster where the slope is steeper.Connection: Extends Einstein’s time dilation to entropic domains.

2. Law of Entropic Action

"Every spacetime deformation quantizes entropy."

Key Principle: Topological changes occur in discrete entropy units.Analogy: Turning a gear—only full clicks are allowed.Link: Planck’s quantum principle applied to topology.

3. Law of Entropic-Gravitational Resonance

"Gravity is the shadow of entropic curvature.

Key Principle: Mass warps entropy gradients, not just space.Analogy: A heavy ball stretching a rubber sheet and its thermal pattern.Roots: Verlinde’s entropic gravity + 7D general relativity.

4. Law of Conscious Information

"Mind is a topological knot in I₃."

Key Principle: Consciousness encodes as torsion flux quanta.Analogy: A song (information) vs. the vinyl record (topology).Inspiration: Penrose-Hameroff ORCH-OR theory.

5. Law of Reciprocal Entropy

"Observation exchanges entropy with the system."

Key Principle: Measurement is a thermodynamic interaction.Analogy: A thermometer altering the temperature it measures.Link: Heisenberg’s uncertainty meets Shannon entropy.

6. Law of Fractal Energy Decomposition 

"Energy flows along fractal paths of least resistance."

Key Principle: Energy propagation is scale-invariant.Analogy: Lightning branching self-similarly.Basis: Mandelbrot fractals + Feynman path integrals.

7. Law of Möbius Time Closure

"Time loops are non-orientable."

Key Principle: Time travel preserves entropy but flips chirality.Analogy: Walking a Möbius strip—you return "mirrored."Origin: Gödel’s CTCs with topological constraints.

8. Law of Entropic Occlusion

"Hidden dimensions cast entropic shadows."

Key Principle: Extra dimensions modulate observable entropy.Analogy: X-rays revealing hidden layers beneath skin.Framework: Kaluza-Klein compactification.

9. Law of Quantum Dimensionality

"Dimensions emerge from entropy potential."

Key Principle: Space "unfolds" with increasing disorder.Analogy: Crumpled paper revealing more surface area when flattened.Theory: Brandenberger-Vafa string cosmology.

10. Law of Order-Chaos Balance

"The universe breathes between memory and forgetting."

Key Principle: Information perpetually cycles between structure and noise.Analogy: Ocean waves building and eroding coastlines.Heritage: Boltzmann’s H-theorem + Landauer’s principle.

Why 10?

- Matches 10 independent components of 7D Einstein equations.  

- Mirrors M-theory’s 10D → 7D+3 compactification. 

- Covers all scales: quantum (Laws 2,5) → cosmic (Laws 6,9) → conscious (Laws 4,10).

 

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https://zenodo.org/records/15313962

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