Simulations of a well-studied model of water provide strong support for the coexistence of two distinct metastable liquid-water phases, a long-debated possibility that experiments on supercooled ...

Until now, supercooled water has been measured right down to around -41C, although scientists have long suspected that the temperature at which it unconditionally has to freeze is somewhat lower.

Supercooled water in “snowball chamber” might be able to find dark matter Ingenious new detector design inspired by YouTube videos and the movie Frozen.

Supercooled water droplets happen in the atmosphere regularly. Freezing drizzle and freezing fog contain super-cooled water droplets, which cause an icy glaze on things they come in contact with.

RICHLAND, Wash.--Supercooled water is really two liquids in one. That's the conclusion reached by a research team at the U.S. Department of Energy's Pacific Northwest National Laboratory after ...

That lends support to the idea, proposed by Stanley and colleagues 22 years ago, that supercooled water undergoes a phase change at around –50° C into two never-before-observed liquid states.

Scientists have used computer modelling to explain why water can exist in liquid form well below zero degrees.

Water behaves in mysterious ways. Especially below zero, where it is dubbed supercooled water, before it turns into ice. Physicists have observed the spontaneous first steps of the ice formation ...

Water molecules move through the viscous supercooled water in jumps related to hydrogen bond breaking. The erratic timing of this kind of movement is not accounted for by the Stokes-Einstein equation.

Firing laser pulses into supercooled water creates ice crystals at specific locations in the liquid. Using laser pulses to crystallise supercooled water into ice may seem counter-intuitive, but that's ...

Supercooled water may be a two-for-one deal. A long-standing theory holds that liquid water at temperatures well below freezing is composed of two different arrangements of molecules, one with ...