The Street Science team finds the best way to quickily cool a few brews.

Kevin Kolher puts his flaming sword to the test.

The Street Science team crack open a few beers with unconventional tools.

Kevin and his team of experts create a crushing device with some of the strongest magnets on earth.

Kevin Delaney and The Backyard Scientist their homemade tesla coil.

The Backyard Scientists test his mega mouse trap.

Kevin and his team debunk the mystery of the human cannonball with a Darren dummy.

The Street Science team crush a barrel using atmospheric pressure.

The Street Science team test the explosive power of nitrogen triiodide.

Kevin and Anna-Lise blow-up a 5 pound gummy bear.

Kevin and his team of experts put the strongest glues on earth to the test.

Watch this mysterious goo explode frame by frame!

How is it possible to walk across a liquid? Kevin and his crew have created a goo that acts as both a liquid and solid.

To test this, Kevin and crew are slicing, shooting, and cutting the goo to see how it reacts.

What should we call this creation? The banano? This fruity musical instrument plays in the key of vitamin K.

Sure, it’s not the most glamorous hovercraft in the world, but it works. Check out how Kevin and his crew made one!

When liquid nitrogen becomes pressurized it sends hundreds of pings pongs flying into the air. See the action in slow motion!

In rare weather conditions, forest fires can curl into tornado shapes. We’re recreating this phenomena to learn more about it.

Using a set of fans, Kevin Delaney and team created a fire tornado.

Fire extinguishers release liquid carbon dioxide at 825 pounds per square inch. That’s a lot of force which produces thrust!

Sure, it’s not the most glamorous hovercraft in the world, but it works. Check out how Kevin and his crew made one!

What’s the secret to pulling a tablecloth from under plates and silverware? Speed!

What should we call this creation? The banano? This fruity musical instrument plays in the key of vitamin K.

It’s remarkably easy to do. The secret is the egg’s arch shape.

To test this, Kevin and crew are slicing, shooting, and cutting the goo to see how it reacts.

How is it possible to walk across a liquid? Kevin and his crew have created a goo that acts as both a liquid and solid.

Watch this mysterious goo explode frame by frame!

What happens when you stand on a balloon? Usually it pops… but not if you distribute your weight correctly.

We’re exploring the hidden secrets of surface tension! Watch Kevin attempt to capture CO2 gas in soap.

Like the Newton’s Cradle, the impact of one ball on another produces a compression wave that goes through the object. All you need to replicate this is a tennis ball and a water balloon.

Every object has a natural resonate frequency, the speed it will vibrate if bumped. Wine glasses are especially resonate because of their shape.

By supersizing the ingredients in a glow-stick, Kevin and a group of students create on of the most gorgeous pieces of art we’ve ever seen.