Metatron Particle: Hypothetical Mediator of Scoton Transmutation and Dark Matter Highways Travel Implication

We provide a theoretical model for a new mediator particle, called the Metatron particle, that may convert hypothetical scotons, a potential dark matter component (Wenas, 2025), into electron–positron pairs and then help them annihilate. Near-total mass–energy conversion would be achieved by this two-stage reaction mechanism, providing exceptional energy yields. We present a thought experiment in which scoton-rich regions of space, like dark matter filaments, are traversed as cosmic energy highways, and we investigate the theoretical underpinnings of such a process in the framework of quantum field theory and dark-sector interaction models. We recast these themes as metaphors for excitation thresholds and symmetry-breaking occurrences, taking symbolic cues from Talmudic and Kabbalistic traditions, especially the picture of Metatron getting "sixty fiery rods" (Sanhedrin 38b). The limitations of gamma confinement, the philosophical ramifications of combining scientific and metaphysical paradigms, and the possible uses of this model in long-range space propulsion are all covered in the paper. This framework, however hypothetical, attempts to bridge the gap between rigorous theoretical modeling and symbolically informed speculation by expanding the conceptual terrain for energy harvesting, interstellar navigation, and dark matter phenomenology.