Physics
Experiment: Where does a bouncing basketball’s energy go?
Let’s explore whether energy loss to heat could explain why a basketball doesn’t bounce back to its original height.
Come explore with us!
Let’s explore whether energy loss to heat could explain why a basketball doesn’t bounce back to its original height.
Most people know solids, liquids and gases — but what about the four other states of matter?
A new device exploits the contrast between bright spots and shade to produce a current that can power small electronics.
Scientists at the Georgia Institute of Technology built a 'smart' surface on which to play table tennis. It can track the location, speed and direction of the ball.
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The word quantum often gets misused. What does it mean? Think small. Really, really small.
A teen researcher from Georgia has developed a light that could replace reflectors on bike wheels. Flexing tires provide all the power it needs.
High-speed video shows how the combined motions of a shoe’s swinging and landing on the ground provoke shoelaces to come untied.
Three scientists probe how the natural world makes light, in hopes of using this information to design new and better products.
Two young scientists have developed ways to tap into wind power on a small scale.