Explores deterministic quantum behavior in the double-slit experiment, suggesting a new theoretical framework.
This paper provides a deterministic interpretation of the double-slit experiment within the framework of Material Space Theory (MST). By defining space as a granular material medium with specific elastic moduli (G, K), we demonstrate that quan-tum interference arises from real density waves in the medium acting upon particle-solitons. We derive the steering force Fq and show how MST resolves the "empty wave" problem of Bohmian mechanics, restoring causality to quantum phenom-ena.
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Grzegorz Wasilewicz (2026) studied this question.
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