With a bit of voltage, researchers have shown they can turn droplets of liquid metal into streams the diameter of a human hair.

Researchers have created a treatment that when applied directly to the skin in a mouse model of psoriasis, significantly reduces levels of inflammation and symptoms of psoriasis without systemic side effects.

Artisanal makers of mezcal use tiny bubbles to determine when the alcohol level is right. Fluid dynamics researchers investigated how it works.

Researchers have figured out how to measure the viscosity of droplets. That could help control pesticide spraying, ink-jet printing, and more.

A new experiment let researchers capture the midpoint in glass's transition from liquid to solid at 60,000 frames per second.

The huge machine keeps ice at the right temperature to examine how melting glaciers slide. It led to a new "slip law" to benefit future research.

Oddly, some water droplets hitting a surface bounce without ever actually touching it. New research explains why that is.

The "Cheerio effect," a phenomenon that causes small objects to cluster on the surface of a liquid, could help design small aquatic robots, researchers say.

A new way to print conductive metal onto all sorts of surfaces such as gelatin and rose petals could lead to new kinds of flexible electronics.

The dressing on your last salad may be a good example of what's happens with the Earth's magnetic fields.