Current research status
Transport interpretation withdrawn; correlation/sensing proposal retained
The question in focus
Develops a framework for correlations mediated by entangled geometric or reference-frame degrees of freedom, with proposed sensing signatures and analog protocols.
Scope & open questions
- Version 7 explicitly supersedes 6.1 and closes its original transport claim.
- Proposed measurable correlations are not presented here as experimentally demonstrated.
Source & version notes
The opening embedded abstract says transport can be achieved, whereas the profile abstract says cannot. The version-status section and later body explicitly withdraw transport; this page follows that current disposition.
Summary based on the current manuscript. Read the full text for definitions, derivations, references, and the author’s complete argument.
Cite this manuscript
John Eonas. (25 August 2026). Quantum Entangled Localizations: Geometric Transport via Spacetime Entanglement (Version 7). Academia.edu. https://www.academia.edu/172335853/Quantum_Entangled_Localizations_Geometric_Transport_via_Spacetime_Entanglement_Closure
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