This preprint demonstrates structural amplification of gravity in disk galaxies, highlighting key empirical evidence and implications for understanding galactic dynamics.
Key Points
The aim is to present six levels of evidence supporting the structural amplification of gravity in disk galaxies through Geometric Relay Theory.
Developed a galactic Letter on Geometric Relay Theory (GRT) as a Kaluza-Klein reduction of Entangled Relativity.
Analyzed data from 86-galaxy SPARC ring to identify core signals across six empirical levels.
Conducted statistical tests comparing high surface brightness (HSB) and low surface brightness (LSB) galaxies.
Introduced a gas-weighted structural correction Q1,eff for enhanced accuracy.
Identified four core signals: reduced global BTFR scatter, survival of intra-galaxy RAR under testing, rotation-curve correlations, and universality of the structural coefficient.
Level 5 highlighted stronger evidence in HSB galaxies compared to statistically fragile LSB galaxies.
Level 6 confirmed a consistency in relay timescale aligning with observed galactic periods without needing additional scales.
Cite This Study
Olivier Lane-Larquey (2026) studied this question.