Physical science fans find out how supercooled water droplets in the clouds can become crystalline snowflakes. They learn about the categories of snowflakes (plates and columns) and the variables that determine their patterns...

What a thrilling job for an engineer: designing advanced athletic competition suits! Which materials can most reduce friction and drag, and yet still be flexible enough to move with the athlete's body? With attention focused on Shani...

Many mechanical phenomena are explained by a physics professor using Nick Goepper, a Winter Olympics 2014 slope-style skier, as the model. Beginning with kinetic and potential energy, the professor goes on to explain angular momentum and...

Chemistry concepts come alive against the backdrop of the Sochi Olympic Winter Games! Here is a captivating clip to share with your chemistry kids. It teaches how the bonds in a water molecule contribute to the formation of a...

Alpine skiers have engineers looking out for their safety and for their performance. Physics and materials engineers consider how to dampen the vibrations that can be caused by bumps in the snow, vibrations that can cause the athletes to...

Here is a high-interest topic to inspire your engineering class: robots that can learn. These particular machines imitate the motion of athletes headed for the Olympic Winter Games. Hear from a professor of dynamics, systems, and control...

While your physical science class is studying mechanics, this would be a fabulous enrichment video for covering aerodynamics or friction. Mechanical engineers dedicate their time to developing Olympic-quality bobsleds to be as fast, but...