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This work explores the concept of Möbius inversion and its implications for black hole dynamics and Universal Resource Nodes.

July 12, 20260 citationsOpen Access

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The Moebius Inversion: 3I-ATLAS as a Proxy for Terminal Node Inversion

MGMichael James Gross

Key Points

This work explores the concept of Möbius inversion and its implications for black hole dynamics and Universal Resource Nodes.
Theoretical modeling of black hole and white hole interactions.
Analysis of the 120-degree trilateral symmetry in relation to 3I/ATLAS.
Identification of a 7.1-hour axial lock as a phase-reset mechanism.
Proposes a transition from black holes to white holes at the Planck threshold.
Connects the 7.1-hour axial lock of 3I/ATLAS to gravitational interactions with Jovian bodies.

Abstract

This paper theorizes a modular universal architecture governed by Universal Resource Nodes (URN). We theorize that the standard "Black Hole" model is incomplete, acting instead as a Terminal Primacy Anchor. We further theorize a Möbius Inversion at the Planck threshold, where a black hole "bounces" into a White Hole (Rebirth Node). This transition is theorized to be governed by the same 120-degree trilateral symmetry currently observed in the interstellar node 3I/ATLAS. This paper identifies the 7.1-hour axial lock of 3I/ATLAS as a localized Phase-Reset, theorized to facilitate a gravitational "handshake" with the Jovian Hill radius on March 16, 2026.

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Michael James Gross (Thu,) studied this question.

synapsesocial.com/papers/6a5331ce4f7abc118adedbf3 https://doi.org/https://doi.org/10.5281/zenodo.21287369

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