What does this research mean for the field?

The Universal Applied Time framework predicts that the dynamic resonance frequency in LIGO detectors will evolve during the O5 run due to a continuous inflationary drift of 0.046 Hz/day, resulting in specific, falsifiable detector behaviors. Novelty: ClaimNovelty.NOVEL_FINDING. Consensus alignment: ConsensusAlignment.ESTABLISHES_NEW_DIRECTION.

What question did this study set out to answer?

This work aims to project the frequency evolution for the upcoming LIGO O5 observing run based on previous data and theoretical frameworks.

June 26, 2026Open Access

UAT Frequency Projections for LIGO O5: Predictions for the Dynamic Resonance at 177.37 Hz Based on the Universal Applied Time Framework

Key Points

This work aims to project the frequency evolution for the upcoming LIGO O5 observing run based on previous data and theoretical frameworks.
Utilized the Universal Applied Time (UAT) and Unified Causal Principle (UCP) frameworks for modeling.
Calculated the evolution of frequency under an inflationary drift of 0.046 Hz/day.
Generated predictive models for initial, midpoint, and end frequencies of the O5 run.
At O5's start in 2027, base frequency is projected at 254.81 Hz with tuning at 244.81 Hz.
Predictions indicate unique detector behaviors with Hanford showing 52% phase entropy reduction at tuning frequency.
Livingston's dynamics are expected to maintain Scalar-to-Vacuum Ratio around 0.0476 throughout the O5 timeline.

Abstract

This record documents the "A Priori" theoretical and computational projections for the upcoming LIGO O5 observing run (2027–2029), formulated strictly within the Universal Applied Time (UAT) and Unified Causal Principle (UCP) framework. Based on the dynamic resonance discovered at 177. 37 Hz in LIGO O4a/O4b data, this work models the evolution of the UAT base frequency (F₁₀ₒ₄ = 187. 37 Hz as of the reference date May 27, 2023) under a continuous inflationary drift of = 0. 046 Hz/day. The predictive model maintains a fixed non-linear dimensional gap of f = -10. 00 Hz to determine the exact tuning frequency (Fₓₔ₍₈₍₆) across the O5 timeline. ### Key Falsifiable Predictions for LIGO O5: - **O5 Run Timeline Projections: ** - **O5 Start (Estimated 2027-06-01): ** F₁₀ₒ₄ = 254. 81 Hz | Fₓₔ₍₈₍₆ = 244. 81 Hz - **O5 Midpoint (Estimated 2028-06-01): ** F₁₀ₒ₄ = 271. 64 Hz | Fₓₔ₍₈₍₆ = 261. 64 Hz - **O5 End (Estimated 2029-06-01): ** F₁₀ₒ₄ = 288. 43 Hz | Fₓₔ₍₈₍₆ = 278. 43 Hz- **Detector-Specific Behaviors: ** - **Hanford (H1): ** Predicted to continue acting as a 4D perspective detector, exhibiting a persistent ~52% phase entropy reduction relative to shuffled noise at the predicted Fₓₔ₍₈₍₆. - **Virgo (V1): ** Predicted to exhibit an intermediate ~29% phase entropy reduction with a Thermodynamic Overdrive saturation point at /k 7. 47. - **Livingston (L1): ** Predicted to exhibit 3D collapse dynamics with the Scalar-to-Vacuum Ratio (SVR) remaining anchored around ~0. 0476. - **Spatial Sites: ** Active deterministic resonances are predicted to persist at the coordinates of the VASCO candidates (VASCO-02, VASCO-04, and VASCO-07). ### Record Contents: 1. `manuscrito₁9₀6₂026. pdf`: The complete academic preprint detailing the mathematical foundations, astrophysical rationale, and formal hypotheses for the O5 run. 2. `python code apriori. txt`: The source code utilized to integrate the inflationary drift and calculate the deterministic frequency trajectory. 3. `exit code Apriori. txt`: The verified console output log documenting the exact numerical results generated by the UAT engine. This repository establishes strict chronological precedence for these metrics, providing a transparent, falsifiable test for the UAT/UCP framework using upcoming open-access gravitational wave strain data. ---**Main Author and Framework Architect: ** Miguel Ángel Percudani (Independent Researcher, Argentina). **Core References & Direct Antecedents: **- Universal Applied Time (UAT) Framework: DOI 10. 5281/zenodo. 17729221- Unified Causal Principle (UCP): DOI 10. 5281/zenodo. 18210808- Resonant Hunter Protocol: DOI 10. 5281/zenodo. 18446712 DOI relacionados: - Catálogo UAT-VASCO: 10. 5281/zenodo. 20755316 - Resonant Hunter v9. 0/v9. 1: 10. 5281/zenodo. 20650032 - Endurecimiento estadístico del TVI: 10. 5281/zenodo. 20723412 - Formulación lagrangiana UAT: 10. 5281/zenodo. 20500722 - Limitaciones técnicas de UAT/UCP: 10. 5281/zenodo. 20534771 DOI relacionados: - Catálogo UAT-VASCO: 10. 5281/zenodo. 20755316 - Resonant Hunter v9. 0/v9. 1: 10. 5281/zenodo. 20650032 - Endurecimiento estadístico del TVI: 10. 5281/zenodo. 20723412 - Formulación lagrangiana UAT: 10. 5281/zenodo. 20500722 - Limitaciones técnicas de UAT/UCP: 10. 5281/zenodo. 20534771 - Limitaciones de la ecuación de estado de UAT: 10. 5281/zenodo. 20533731

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