One if the proton (H + ) conductivity: This mechanism is characterized by the quantum transfer of H + ions and the reorientation of water molecules. It is commonly known as the Grotthuss mechanism. The other one is the classical ion transfer: In this mechanism, ion migration is governed by the competition between migration effects and friction, known as the vehicle mechanism. Friction arises from the viscosity and dielectric environment of the electrolyte solution. Therefore, a molecular-level understanding of intermolecular interactions and dynamic hydration behavior is crucial. However, currently, there are no effective methods to control the nature of hydration in ion dynamics.