Physicists and mathematicians use the classical Stefan problem to explain the principles of crystal formation, such as those that create snowflakes . Researchers in the University of Helsinki and ...

Surprisingly, the magic of snowflakes often begins with dust in the air. All it takes is for a cold drop of water to freeze on one of these particles, creating an ice crystal. Because every crystal ...

This is just plain beautiful, no matter which way you slice it. Using the magic of time-lapse photography and microscopy, Vyacheslav Ivanov captured the formation of those ice crystals we call ...

Skoltech researchers have proposed novel mathematical equations that describe the behavior of aggregating particles in fluids. This bears on natural and engineering processes as diverse as rain and ...

Flurries of questions about mysterious triangle-shaped snowflakes may soon subside, thanks to new research on snowflake formation. Most snowflakes are hexagons because of the arrangement of hydrogen ...

No one can prove that no two snowflakes are alike. Sure, each one starts off the same way—as hexagonal crystals form out of water molecules—but changing temperatures and humidity levels cause them to ...

A closer look at the physics of snowflake formation reveals why the famous claim that no two snowflakes are alike is misleading, and how controlled lab conditions can produce nearly identical crystals ...

Every six-sided snowflake is a unique piece of nature's art, but their incredible designs usually go unseen as they pile up by the zillions during winter storms. Colorado doctor and photographer Jason ...

New research by chemist has shed new light on ice crystal formation by combining an electron backscatter with a large single crystal ice model. Scientists discovered that an ice crystal's flat sides ...