Abstract: Based on the analysis of experimental data obtained by P. L. Kapitsa on the superfluidity of helium II, a special case of boundary superfluidity on the inter facial surface of helium I / helium II was discovered.

Abstract: It is shown for the first time that when a liquid (water) slides along a hydrophobic surface, a turbulent boundary layer does not appear on it. For the first time, the physical reason for the lack of influence of liquid sliding on the reduction of the friction resistance of a textured hydrophobic coating under a turbulent flow regime has been established.

Abstract: As a result of the analysis, it is shown that when a drop spreads in the solid/liquid/vapor system, the same horizontal and vertical adhesion forces simultaneously act on the side of the solid surface particles. The heat of wetting is equivalent to the work of vertical adhesion forces.

Abstract: The absence of scale factor influence on water sliding in an open tray with a superhydrophobic coating was experimentally established. In this case, the flow of water occurs with the separation of the flow from the side walls.