Empirical evidence for the existence of an etheric vacuum exhibiting plasmatic properties

This study presents an empirical and theoretical framework supporting the existence of an etheric vacuum with plasmatic characteristics, as predicted by Quarkbase Cosmology. Using the historical parameters of Tonomura’s 1989 single-electron double-slit experiment, we reproduce the observed interference patterns under the assumption that the vacuum behaves as a continuous pressure field (Ψ) rather than as an empty background. The model introduces two measurable parameters—the screening length (λ) and the decoherence rate (Γφ)—which describe, respectively, the attenuation of the pressure wave through the etheric medium and the loss of coherence induced by detector coupling. Numerical simulations yield λ ≈ 5 m and Γφ ≈ 80 s⁻¹, providing an accurate quantitative match to Tonomura’s recorded interference build-up while offering a causal, physically interpretable mechanism. The results demonstrate that the Quarkbase formulation can reproduce the same experimental data as standard quantum mechanics without invoking non-causal collapse postulates. Instead, the interference pattern arises from the redistribution of etheric pressure within a frictionless but compressible medium, suggesting that space itself possesses measurable mechanical structure.