The molecules in cold water move slowly and are close together. As the water is heated, the molecules move faster and a little further apart. The circles represent water molecules. The molecules are ...

The little spheres represent water molecules. Molecules are in constant motion. The attractions water molecules have for each other keep them close together. They can move past each other, but their ...

Water, this seemingly ordinary molecule, continues to reveal unexpected properties. Scientists have simulated ...

To further investigate this rotation, we coupled QENS with molecular-dynamics simulations ... similar to the rotational motion observed in dense liquid water. Markov chain analysis identified ...

In a study published in Nature, French and English chemists demonstrate how very simple artificial molecular ... in a liquid ...

By revealing its structure at the solid–liquid interface ... this study lays the groundwork for understanding molecular motion in supramolecular systems. “FS-AFM is a promising technique ...

Superfluidity is a quantum mechanical effect that occurs at temperatures near absolute zero. As the temperatures of certain ...