Russell A. Harris

Resonant Cosmos Theory™

Changing the Frequency of Reality 📡🌌🤯

Scalar Field Framework

A phenomenological scalar field framework for galaxy cluster radio halos and relics, incorporating fractal plasma dynamics, damped sloshing oscillations, and turbulent reacceleration.Published November 2025 with five testable predictions falsifiable against current LOFAR, MeerKAT, and Chandra observations.

Testable Predictions

5 Falsifiable Predictions

1. Mass scaling: P ∝ M^0.9
2. Spectral curvature: Δα = 0.15 between 54-1400 MHz
3. Polarization asymmetry: <sub>12% from helical fields
4. X-ray spatial correlation: r > 0.4 at λ</sub>970 kpc
5. Frequency-dependent flux variabilityValidated against Abell 2256
Built on LOFAR Two-metre Sky Survey (LoTSS) Data Release 2 at 144 MHz.

Open Source & Citation Info

Licensed under CC BY 4.0Paper:
Harris, R. A. (2025). A Phenomenological Scalar Field Framework for Galaxy Cluster Radio Emission: Theoretical Development and Testable Predictions (1.0). Zenodo. https://doi.org/10.5281/zenodo.17705215Code:
Harris, R. (2025). "Scalar Field Framework for Galaxy Cluster Radio Emission (v2.0) - Code and Data. Zenodo. https://doi.org/10.5281/zenodo.17664678

Collaboration

Open to collaboration with radio astronomers, cluster physicists, and researchers with LOFAR/LoTSS access.Particularly interested in:
• Statistical validation across LoTSS DR2 catalog
• Multi-wavelength correlation studies
• Comparative analysis with existing models

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© 2025 Russell A. Harris
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