Published February 7, 2026 | Version 3.0
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Metric Occlusion of Einstein-Rosen (ER) Bridges: A Model of Topological Stability through Indivisible Material Singularities

Authors/Creators

  • 1. Independent Researcher

Description

English Abstract:

This paper proposes a solution to the gravitational instability of Einstein-Rosen (ER) bridges through the Metric Occlusion hypothesis. It theorizes that elementary particles act as structural "plugs" within the wormhole throat, preventing metric collapse. The model resolves the apparent superluminal nature of quantum entanglement by defining the internal proper length of the ER bridge as infinitesimal (≈0).

Abstract in Italiano:

Questo lavoro propone una soluzione all'instabilità gravitazionale dei ponti di Einstein-Rosen (ER) attraverso l'ipotesi della Singolarità Occlusa. Si teorizza che le particelle elementari agiscano come "perni" strutturali all'interno della gola del wormhole, impedendo il collasso della metrica. Il modello risolve l'apparente natura superluminale dell'entanglement quantistico definendo la lunghezza propria interna del ponte ER come infinitesima (≈0).

Note: This publication includes both the original Italian version and its English translation.

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