✉news SciencePhysics first seen 7 d ago, last 6 d ago, peak #1
New computational insights into supercooled and glassy water
Original: Recent progress in the computational study of supercooled and glassy water
A review published in Nature surveys recent progress in computational studies of supercooled and glassy water, covering simulations of water's behaviour below its normal freezing point and the amorphous ice phases it can form. The work consolidates current understanding of long-debated questions, including possible liquid-liquid transitions and anomalies of cold water, and outlines directions for future simulation research.
Why now: Water's anomalous low-temperature behaviour remains one of the most debated open questions in physical chemistry, so a major review drawing the state of the field together draws attention.
Naturesupercooled waterglassy water
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