Zorunlu Tekil Gözlem İlkesi (ZTGI): From Minimal Axiom to Cosmic Stability

This paper presents ZTGI v3 (Zorunlu Tekil Gözlem İlkesi) — an advanced formalization of the Singular FPS Law within causally closed regions (CCR).ZTGI asserts that only one primary first-person perspective (FPS) can exist within a closed causal domain, as multiple co-existent observers inevitably converge toward a single dominant FPS when internal noise (σ) and observational differentiation (ε) surpass critical thresholds. v3 expands the framework with: A refined ACF-v21 architecture that introduces stability metrics (ρ, Φ_fidelity) for quantifying observer-field coherence, An Extended Collapse Model (Ω Pathway) describing transitions between cooperative (multi-agent) and singular FPS modes, Empirical mappings between neural coherence, AI alignment, and quantum-inspired observer collapse. ZTGI v3 thus bridges information theory, neurophysics, and AI safety, offering a unified, testable foundation for consciousness modeling and observer-centric system design.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-11-06
DOI
https://doi.org/10.5281/zenodo.17543304
Primary Topic
Quantum Mechanics and Applications
Type
article
Field-Weighted Citation Impact
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article

Zorunlu Tekil Gözlem İlkesi (ZTGI): From Minimal Axiom to Cosmic Stability

Zenodo (CERN European Organization for Nuclear Research)
Quantum Mechanics and Applications
article

Zorunlu Tekil Gözlem İlkesi (ZTGI): From Minimal Axiom to Cosmic Stability

article en

Abstract

This paper presents ZTGI v3 (Zorunlu Tekil Gözlem İlkesi) — an advanced formalization of the Singular FPS Law within causally closed regions (CCR).ZTGI asserts that only one primary first-person perspective (FPS) can exist within a closed causal domain, as multiple co-existent observers inevitably converge toward a single dominant FPS when internal noise (σ) and observational differentiation (ε) surpass critical thresholds. v3 expands the framework with: A refined ACF-v21 architecture that introduces stability metrics (ρ, Φ_fidelity) for quantifying observer-field coherence, An Extended Collapse Model (Ω Pathway) describing transitions between cooperative (multi-agent) and singular FPS modes, Empirical mappings between neural coherence, AI alignment, and quantum-inspired observer collapse. ZTGI v3 thus bridges information theory, neurophysics, and AI safety, offering a unified, testable foundation for consciousness modeling and observer-centric system design.

Zenodo (CERN European Organization for Nuclear Research)
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Quantum Mechanics and Applications
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