Theoretical Dynamics of the Ark's Journey
The historical and theological account of Noah’s Ark has long invited scientific inquiry into the physical mechanics required for such a vessel to reach the foothills of Mount Ararat. A significant challenge in this narrative is the geographical reality that the Ark would have had to travel against the natural flow of water, moving from the lowlands of Mesopotamia to the elevated regions of Armenia. Physicist Alan Hill addressed this paradox by utilizing computer modeling to determine if wind-driven propulsion, acting in opposition to water currents, could provide a plausible mechanism for this displacement. Hill’s simulation focused on a complex interplay of fluid dynamics, specifically calculating the drag forces exerted by water on the submerged hull against the wind forces acting upon the superstructure above the waterline. The model assumed a fully loaded vessel with a mass of approximately 4,550 tonnes. The central hypothesis was that a sustained, high-velocity wind could overcom...