Water has many kinetic and thermodynamic properties that exhibit an anomalous dependence on temperature1,2,3,4,5, in particular in the supercooled phase. These anomalies have long been interpreted ...

From dark matter to climate science, supercooled water can play a crucial role. A study published Thursday in "Science" explains why it remains a stable liquid.

When it gets cold enough, but hasn’t frozen, water organizes itself in two ways with very different densities, and we’re starting to understand how they differ.

We learn in grade school that water freezes at zero degrees Celsius, but that’s seldom true. In clouds, scientists have found supercooled water droplets as chilly as minus 40 C, and in a lab in 2014, ...

Water’s freezing point is generally accepted to be 32 degrees Fahrenheit. But that is due to ice nucleation — impurities in everyday water raise its freezing point to this temperature. Now, ...