Probabilistic Analysis of Nucleon Disintegration in Mag-Graphene Traversal
This report investigates the theoretical mechanism and approximate likelihood of nuclear disintegration induced by the traversal of nucleons through a single-layer mag-graphene lattice. Drawing upon established principles of quantum chromodynamics and the unique properties of magnetic monopole matter (magmatter), we confirm the theoretical soundness of a high-energy, head-on collision between a quark and a mag-carbon atom leading to nucleon hadronization. Utilizing a simplified geometric cross-section model, our calculations predict an approximate likelihood of 1.76% for such an event per nucleon passing through the mag-graphene. This non-negligible probability underscores the profound implications of magmatter-ordinary matter interactions at fundamental scales, highlighting the need for further rigorous quantum mechanical studies to fully characterize these extreme phenomena. ...