We assembled a crack team to create a record-breaking snowflake. Along the way, we learned just how impressive the natural kind really are ...

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Curious Kids is a series for children of all ages. If you have a question you’d like an expert to answer, send it to ...

Although snow crystals are the product of a well-understood phase transition, some basic aspects of their growth have remained unexplained for over 75 years. Join Kenneth Libbrecht, Professor of ...

Like snowflakes, supporting Science News can ... Six sides, six edges, six branches — ice crystals seem six obsessed. In 1611, German mathematician Johannes Kepler speculated in a New Year ...

That branching process creates what we think of as the characteristic shapes of snowflakes. No two ice crystals take the same path through a cloud. Instead, every ice crystal experiences different ...

Those differences are the result of how snowflakes get made. Snow formation begins when warm, moist air smashes into a cooler ...

The shape of that crystal structure is largely determined by the temperature and humidity at which the snowflake forms. At ...

The shape of a snowflake is largely determined by the temperature and saturation in the part of the atmosphere where snow forms.

Much like a person’s fingerprints, every snowflake is unique. But how is it that this natural phenomenal produces such variety? Meteorologist Kristen Currie explains in this episode of ...