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April 10, 20260 citationsOpen Access

Burdick Crag Mass Framework: Neutrino-Driven Galactic Substrate Classification

Burdick's Crag Mass v14: Propulsion Regulator (Telescopic Bridge, Pneumatic Governor, Check Valve), Number-Theoretic Analysis, Ghost Packet Diagnostic, Lagrange Equilibrium Scanner, Memory Bifurcation, and Adversarial Kill Condition Chain Across 175 Galaxies, 8 Planets, 13 Stars, 5 Binary Systems, 1 Binary Black Hole Merger, and 1 Regulated Interstellar Transit

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Authors

SBStephen Justin Senior Burdick

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Overview

This analysis unveils a novel framework classifying galaxies based on neutrino flux interactions, suggesting new astrophysical insights.

Key Points

  • The research aims to develop a framework classifying galaxies based on neutrino flux-driven interactions in a substrate model.
  • Utilized the 175-galaxy SPARC rotation curve dataset to categorize galaxies into three substrate interaction states.
  • Developed version updates that expanded the classification from three to six distinct substrate states.
  • Implemented a testable prediction for neutrino flavor ratios based on the interactions at galactic edges.
  • Validated the model across various galaxies, identifying mode shifts and stabilization under different astrophysical conditions.
  • Classified 175 galaxies into three stable interaction states: Class I, Class II, and Class III, based on substrate dynamics.
  • Newly defined Classes IV-VI added further depth to substrate interactions, revealing distinct behaviors under varying conditions.
  • Observed noticeable shifts in velocity data, confirming the model's predictive capabilities in galaxy dynamics.

Cite This Study

Stephen Justin Senior Burdick (2026) studied this question.

synapsesocial.com/papers/69d893eb6c1944d70ce04f1bhttps://doi.org/10.5281/zenodo.19452541
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