What question did this study set out to answer?

To formally claim priority for the Symmetry-Ordered Superfluid Theory and highlight its implications for quantum physics.

March 14, 20260 citationsOpen Access

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Formal Priority Claim of the Symmetry-Ordered Superfluid (SOS) Theory

SSSergio O. Santos

Key Points

To formally claim priority for the Symmetry-Ordered Superfluid Theory and highlight its implications for quantum physics.
Formal documentation of the theory and its predictions.
Identification of observational data supporting the theory.
Analysis of the dynamics of vacuum in relation to quantum liquid behavior.
Confirmed the vacuum is a dynamic quantum liquid.
Identified the non-radial acceleration as evidence of lattice-dragging.
Established the Ω Constant as pivotal in understanding vacuum dynamics.

Abstract

This document serves as a formal record of priority for the Symmetry-Ordered Super- fluid (SOS) Theory. We establish that the vacuum is not a static Lorentzian void, but a dynamic quantum liquid regulated by the Ω Constant (Planck-frequency oscillation limit). We formally identify the ”non-radial” acceleration of 3I/ATLAS (Loeb, March 2026) as the first empirical confirmation of SOS Lattice-Dragging, a phenomenon predicted by the author on February 27, 2026, prior to the publication of non-radial observational data.

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Formal Priority Claim of the Symmetry-Ordered Superfluid (SOS) Theory

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