Falsification Test of Swarm Theory Using Radio and Optical Propagation

Publication List:  https://orcid.org/0009-0008-2011-5602  
Note:  Feel free to email me should you have any questions.  jpcrumpler@swarmfieldtheory.org

ABSTRACT:  This paper presents a direct falsification test of Swarm Theory by comparing its predicted wavelength-dependent lattice tension law
ΔI(lambda) = h / (N * lambda * c)
against classical electromagnetic propagation phenomena.
The goal was to disprove the model: if radio and optical waves could not be explained by wavelength scaling alone, the theory would fail.

Classical relationships from diffraction, free-space path loss, Fresnel zones, plasma cutoff, scattering, and atmospheric ducting were applied without any fitted parameters.
In every case, the predicted reduction of membrane tension ΔI at longer wavelengths reproduced the observed broadening, reflection, and bending effects found in radio propagation, while higher-tension short-wavelength modes corresponded to optical confinement and minimal reflection.

Quantitative scaling values across twelve orders of magnitude and an empirical comparison using ionospheric reflection support the consistency of the model with established physics.
The test therefore found Swarm Theory’s ΔI-scaling law to remain consistent with all observed wavelength-dependent behavior, converting a falsification attempt into empirical support.
No adjustable parameters were introduced; all results derive from the fundamental constants h, c, and N.

IMPACT STATEMENT:  This study attempted to falsify Swarm Theory by testing its single scaling law against real electromagnetic behavior. Instead of failing, the model accurately reproduced radio and optical propagation trends using only first-principles constants. The result strengthens the case that wavelength-dependent lattice tension may underlie all electromagnetic coherence.