Ice chemists are studying the surface structure of snow crystals and why sharp transitions in shape occur at different temperatures. The differences they see not only explain why no two snowflakes are ...

BUFFALO, N.Y. — In the midst of a frigid winter, a University at Buffalo expert is available to discuss one of the season’s great natural marvels: snowflakes. Jason Benedict, PhD, UB associate ...

You’ve seen snowflakes before, but not like this. Each of these images is a composite of 100 to 500 individual photographs taken on a custom-built 100 megapixel microscope camera. Nathan Myhrvold ...

We’ve all heard it—no two snowflakes are alike. However, they all seem to share that same six-sided shape, so what’s going on? Why do they follow the same rulebook for structure but still end up ...

In northern communities, seasonal snow plays a central role in day-to-day activities. For some, it means a day off from school. For others, it’s a signal that skiing season is starting. Or maybe it’s ...

A unique laboratory at Michigan Tech captured microscopic photography of snowflakes in a demonstration of the lab's high-powered scanning electron microscope. The Applied Chemical and Morphological ...

These structures may look like ice crystals, but they’re actually cobalt nanoparticles that Kehley Davies at the University of Massachusetts, Lowell, synthesized from cobalt(II) chloride. The ...

We're in an age when scientists can detect the infinitesimally tiny particles that endow atoms with mass and are probing some of the deepest mysteries of biology, such as how experiences and memories ...

WEST LAFAYETTE, Ind. - There is more to the snowflake than its ability to delight schoolchildren and snarl traffic. The structure of the frosty flakes also fascinate ice chemists like Purdue ...

There is more to the snowflake than its ability to delight schoolchildren and snarl traffic. The structure of the frosty flakes also fascinate ice chemists like Purdue University's Travis Knepp, a ...