MUT Volume 3 v7.39 : Empirical Validation via Gravitational Waves – Complete 6-Step Data-Verified Analysis (Inspiral Confirmed, Post-Merger Retracted)

Key Points

• The research aims to validate the existence of a scalar field in gravitational waves through a detailed analysis of LIGO-Virgo data.
• Conducted a six-step data-verified analysis of gravitational wave data from LIGO-Virgo O3.
• Analyzed the inspiral phase using a combined three-detector log Bayes factor.
• Performed validation tests to assess the significance of the post-merger high-frequency tail.
• Computed a linear scaling law across four observed gravitational wave events.
• The inspiral phase shows a log Bayes factor of +13.51, indicating strong evidence for the scalar field.
• Identified a linear scaling law ln K = 1.598(q−1)−0.972 across the analyzed events.
• Post-merger analysis reveals a 1765 Hz excess attributed to an instrumental line, not an astrophysical signal.
• The inspiral findings strongly support the MUT scalar-tensor model, while the post-merger tail needs further observation.