What question did this study set out to answer?

To integrate VorticalGeometrodynamics Theory with Cosmic Influx Theory through a new effective field framework.

May 7, 2026Open Access

A Vector–Tensor Effective Coupling Between Stellar Vorticity and Background Fields: A Test via Solar Spectral Asymmetries (VGT 7.4)

Key Points

To integrate VorticalGeometrodynamics Theory with Cosmic Influx Theory through a new effective field framework.
Introduced vector-tensor coupling between the structured background vector field and stellar vorticity tensor.
Derived specific metric perturbation that induces geometric redshift.
Tested implications through analysis of solar spectral asymmetries.
Provided a theoretical explanation for hemispheric antisymmetry in solar iron lines.
Established a quantitative link between galactic-scale dynamics and stellar spectroscopy.
Offered a falsifiable test for Lorentz-violating background fields.

Abstract

This paper presents a novel Effective Field Theory (EFT) framework integrating the VorticalGeometrodynamics Theory (VGT 7.4) with the Cosmic Influx Theory (CIT). We propose thatthe vacuum possesses a structured background vector field U μ, identified with the local CosmicInflux. By introducing a vector-tensor coupling between this field and the stellar vorticity tensorωμν, we derive a specific metric perturbation h0i. This perturbation induces a geometric redshiftthat explains the observed hemispheric antisymmetry (S-shape) in solar iron lines (Fe I). Thisframework provides a quantitative link between galactic-scale dynamics (12.24 km/s influx) andstellar spectroscopy, offering a falsifiable test for Lorentz-violating background fields.

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