Dropping below the critical flow rate results in the wetting of the edge, and the telltale dribble of the teapot effect. The dribbling of tea down the side of a teapot while pouring—known as the ...

The study of dynamic capillary pressure has substantially enhanced our understanding of two-phase flow in porous media by challenging the traditional assumption that capillary pressure is solely a ...

New research provides a solution for the century-and-half-old puzzle of why capillary condensation, a fundamentally microscopic phenomenon involving a few molecular layers of water, can be described ...

When you water plants, you water their roots. But how does the water travel all the way from the roots of the plant to the leaves? They are standing upright: wouldn’t that defy gravity? In fact, there ...