To our surprise, despite the simplicity and generality of these descriptors, Loxodynamics successfully identifies the ethylene product state through two distinct pathways. In one case, it follows a direct route to the product, while in another, it first identifies an intermediate corresponding precisely to the ethoxy-framework complex, which subsequently evolves into ethylene via the expected mechanism. As shown in the upper panel, the method successfully identifies the concerted reaction pathway, in which the framework proton is transferred from the BAS to ethanol, leading to simultaneous water elimination and proton abstraction from the ethanol methyl group by an adjacent BAS acidic oxygen.