1. I've come up with the Meissner effect in my job recently: (Magnetic field lines through a conductor vs. field lines through a superconductor) 2) And today I saw a video of Mark Rober explaining the Coanda effect . (Fluid flow curving with the friction of a solid) And despite both effects coming from totally different processes, I've seen several similarities such as: how the flux lines in both cases curve around the object (fluid or magnetic) the absurdly good stability both of these effects give when levitating objects And since I know that in the Coanda effect, this curvature is the responsible for giving the stability for the levitation, I was just curious to know if their corresponding levitating behavior could be similar, described maybe by similar equations. Do you know if the comparison has been made before? Thanks!