In a groundbreaking experiment, physicists observed a classic liquid phenomenon—capillary instability—in a quantum gas for ...

A team of European researchers has observed the spontaneous formation of droplets in an ultradilute quantum gas, driven by ...

In Florence, a team of researchers observed for the first time the formation of quantum droplet arrays in an ultracold atomic ...

Although liquids typically flow downwards, the capillary effect — a gravity-defying process exploited by the roots and stems of plants — also allows them to be drawn up through narrow tubes.

The parameter they formulate to characterize the effect of this dampening is essentially a Reynolds number, based on the capillary velocity. By performing experiments over a range of drop ...