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This work develops a relativistic theory for a bounded complex saturation field to explore its implications for galactic dynamics.

August 12, 2026Open Access

Holographic Saturation I: Fundamental parent action, universal reciprocal geometry, entropic % screening, timelike Madelung branch, and galactic phenomenology.

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This work develops a relativistic theory for a bounded complex saturation field to explore its implications for galactic dynamics.
Theoretical formulation based on a constrained parent action and scalar Lagrangian on a seed metric.
Utilized gravitational lensing and static phase dynamics to derive several observable properties.
Engaged in matched shape analysis on 84 SPARC galaxies to identify effects and predict long-range behaviors.
Identified a geometric-dynamical residual signature at 5 sigma in galaxy analysis.
Predicted the kinetic normalization of 1.222 × 10^(16) GeV from orbit-measure channel law.
Revealed significant sensitivity of the framework to galaxy dynamics, improving predictions for mass coupling.

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Randomized trial examines the fundamental field dynamics in galaxies, suggesting new gravitational effects.

Fabio Ruggeri (2026) studied this question.

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