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Entanglement is not transmission, it's structural coherence.
This preprint is an extended and refined version of the ideas introduced in PP517. It includes new mathematical formulations, structural predictions, a Python-based simulation, and deeper comparisons with standard interpretations of quantum entanglement. While the title remains the same, this version offers a more complete theoretical and conceptual framework.
This work presents a geometric interpretation of quantum entanglement within the CCEGA framework, proposing that entanglement is not the result of instantaneous transmission between particles, but a manifestation of shared structural coherence in the fundamental field .
A mathematical formulation is introduced via an integral entanglement function based on a structural memory kernel , which quantifies the resonance between field configurations in distinct regions. A simplified dynamic equation for the evolution of is also proposed, and adaptive gravitational bubbles are explored as entangled domains of persistent coherence.
The paper includes testable predictions potentially observable through advanced interferometric experiments and non-Gaussian anomalies in the cosmic microwave background. A Python-based computational example is provided to calculate the structural entanglement amplitude between two points.
Overall, this approach reinterprets entanglement as a form of geometric resonance emerging from the adaptive structure of the universe.
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Title “Quantum Entanglement as Structural Coherence of the Field φ in the CCEGA Theory”
Entanglement is not transmission, it's structural coherence.
This preprint is an extended and refined version of the ideas introduced in PP517. It includes new mathematical formulations, structural predictions, a Python-based simulation, and deeper comparisons with standard interpretations of quantum entanglement. While the title remains the same, this version offers a more complete theoretical and conceptual framework.
This work presents a geometric interpretation of quantum entanglement within the CCEGA framework, proposing that entanglement is not the result of instantaneous transmission between particles, but a manifestation of shared structural coherence in the fundamental field .
A mathematical formulation is introduced via an integral entanglement function based on a structural memory kernel , which quantifies the resonance between field configurations in distinct regions. A simplified dynamic equation for the evolution of is also proposed, and adaptive gravitational bubbles are explored as entangled domains of persistent coherence.
The paper includes testable predictions potentially observable through advanced interferometric experiments and non-Gaussian anomalies in the cosmic microwave background. A Python-based computational example is provided to calculate the structural entanglement amplitude between two points.
Overall, this approach reinterprets entanglement as a form of geometric resonance emerging from the adaptive structure of the universe.
Work type Technical
Tags multiverso, nonlocal structure, quantum entanglement, ccega, φ field, emergent field theory, teoría de todo, black hole information, ccega campo φ, consciousness, quantum gravity, neurophysics, quantum field memory, física emergente, gravedad cuántica, cosmología, filosofía de la ciencia, geometría adaptativa, adaptive geometryemergent time, structural coherence
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Identifier 2505251842488
Entry date May 25, 2025, 4:14 PM UTC
License Creative Commons Attribution-ShareAlike 4.0
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Author 100.00 %. Holder MARC LOPEZ SANCHEZ. Date May 25, 2025.
Information available at https://www.safecreative.org/work/2505251842488-quantum-entanglement-as-structural-coherence-of-the-field-in-the-ccega-theory-
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