This work demonstrates how quantum behavior and interference in the double-slit experiment emerge from non-local wave mechanisms.
This work extends the framework developed in "The Vibrational Fabric of Spacetime" [1] by detailing the IN/OUT wave mechanism. It provides a detailed, step-by-step explanation of how particles, as self-trapped wave packets, interact non-locally with their environment. We focus on applying this mechanism to the double-slit experiment, offering a mechanical and intuitive explanation for quantum interference and the role of the environment. The principle of "source subtraction" is introduced as a fundamental geometric method for determining allowed particle paths. This exposition demonstrates how quantum behavior emerges from the inherently extended nature of particles defined by their wave-mediated connection to the universe.
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G. Furne Gouveia (2025) studied this question.
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