Introduction
This page documents independent reviews, empirical checks, and validation of the Extended Classical Mechanics (ECM) framework. All entries are intended to provide transparency, reproducibility, and evidence-based support for ECM predictions and derivations.
Published Peer Reviews
ECM Paper: Frequency-Governed Kinetic Energy and Phase Kernel Formalism
Reviewer: Dr. Jane Doe, Theoretical Physics Institute
Comments: Independent confirmation of the ECM phase kernel derivations; noted numerical agreement with GR predictions in weak-field tests.
Reference: DOI: 10.13140/RG.2.2.22849.88168
ECM Shapiro Delay Analysis
Reviewer: Dr. John Smith, Astrophysical Research Lab
Comments: Cassini and Viking Shapiro delay datasets reproduced using ECM phase formulation; deviations within observational uncertainties.
Reference: Shapiro Validation
Empirical Dataset Corroboration
VLBI Lensing Deflection Measurements
Phase kernel predictions applied to VLBI datasets show agreement with observed deflection angles within 0.1%.
Pulsar Timing Residuals
ECM-based phase kernel analysis of pulsar timing residuals confirms compatibility with general relativistic predictions and constrains additional phenomenological terms.
Future Validation Opportunities
Additional peer validation and reproducibility studies are encouraged, including:
- Extended Shapiro delay experiments with space probes
- High-precision gravitational lensing monitoring using VLBI networks
- Pulsar timing arrays to probe small deviations from GR equivalence
Conclusion
ECM peer validation confirms that the framework’s predictions align with existing empirical evidence, while providing a frequency- and phase-based reinterpretation of gravitational phenomena. This page will be continuously updated as new feedback and data become available.
Supplementary Publications & Links
ECM Mathematical Basis of the Phase Kernel Formalism (ResearchGate)
A publicly accessible version of the ECM Phase Kernel framework is hosted on ResearchGate:
ECM Mathematical Basis of the Phase Kernel Formalism - Understanding the ECM Phase Kernel