Can superconductivity be used to repel water?

can Superconductivity be used to repel water?

• Can water be repeled with the force from superconductivity gathering current on the surface cuased by Faraday law of induction? I'm trying to make a ROV that can run underwater that uses superconducters close to the surface of the outer skin of the ROV to negate a tad of the friction caused by water. Since I'm getting differnet answers can any of you support your position with a article?

• Answer:

  The way to minimize drag in any fluid is to http://en.wikipedia.org/wiki/Fluid_dynamics. Fluids don't have friction the same way solid objects have friction, by a sliding interface. When fluid flows next to a surface, it sticks to the surface. The "sliding" is actually in the form of viscous deformation of the fluid itself in a layer next to the surface (the boundary layer). What causes the most drag is turbulence. That's when the boundary layer breaks away from the surface and you get eddies, which suck up energy, i.e. drag. The best way to minimize drag (in a vehicle not moving too fast) is to keep the boundary layer stuck to the surface (laminar flow). In aircraft, a technique used to keep the boundary layer attached to the surface is to install http://en.wikipedia.org/wiki/Vortex_generators.