'IcePic' algorithm outperforms humans in predicting ice crystal formation
https://www.sciencedaily.com/releases/2022/07/220725164914.htm
The program -- IcePic -- could help atmospheric scientists improve climate change models in the future. Details are published today in the journal PNAS.
Water has some unusual properties, such as expanding when it turns into ice. Understanding water and how it freezes around different molecules has wide-reaching implications in a broad range of areas, from weather systems that can affect whole continents to storing biological tissue samples in a hospital.
'IcePic' algorithm outperforms humans in predicting ice crystal formation
Jul 26, 2022, 2:39pm UTC
https://www.sciencedaily.com/releases/2022/07/220725164914.htm
> The program -- IcePic -- could help atmospheric scientists improve climate change models in the future. Details are published today in the journal PNAS.
> Water has some unusual properties, such as expanding when it turns into ice. Understanding water and how it freezes around different molecules has wide-reaching implications in a broad range of areas, from weather systems that can affect whole continents to storing biological tissue samples in a hospital.