TMD: Mechanical Interpretation of the Double‑Slit Experiment Using the Triadic A–B–C Wave

The double‑slit experiment is traditionally interpreted through the formalism of quantum mechanics, invoking wave–particle duality, self‑interference, and wavefunction collapse. Within Triadic Mesh Dynamics (TMD), these concepts are replaced by a concrete mechanical structure: a localized topological loop (Layer A), an orientational wave propagating through the discrete triadic network (Layer B), and the resulting mechanical guidance field (Layer C).In this work, the electron loop always passes through only one slit, while its accompanying orientational wave passes through both and forms a real interference structure in the network. This structure mechanically guides the particle and produces the observed interference pattern. When a detector is placed at one slit, its orientational impact locally destroys the fine structure of Layer B, removing the wave‑guidance mechanism and eliminating interference—without invoking collapse or retrocausality.The text provides a fully mechanical, local, and intuitive explanation of the double‑slit experiment based on the triadic A–B–C wave, orientational pressure, and non‑unitary dynamics of the triadic network.