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Dr. Tatiana pulls a cloth from under the tower of five soda cans. Even though they are empty and light, they still have inertia.

Would you trust physics? In this captivating demonstration, Museum Educator Eric puts his trust in the fundamental principles of ...

Dr. Tatiana demonstrates that when you inflate a large bag, make sure to leave some space between the bag and your face.

In this weather science experiment, we walk through how to make a fire tornado. Using isopropyl alcohol, a wire trashcan, ...

This video uses a foam ball to demonstrate the image formed by a concave mirror.

Physicists have historically been divided into one of two camps: theoretical physicists who create mathematical models to explain ...

You may have heard that light can act like a particle and like a wave. It can bounce off a mirror like a particle, and it can bend and ...

Dr. Tatiana Erukhimova demonstrates how atmospheric pressure can break a ruler with physics. When spreading out the ...

"What if one quantum material could transform the future of technology?" Princeton chemistry professor Leslie Schoop is a sort of ...

This is a demonstration of conservation of energy and momentum using the ballistic pendulum, a gun that fires a steel ball, which ...

Surface tension holds the surface molecules of liquids tightly together and makes for some fun experiments! Instagram: ...

This is a demonstration of the role of Bernoulli's principle in stabilizing a ball held up by a vertical stream of air. This demonstration ...

Mercury is one of the only elements that's liquid at room temperature and it's also very dense. It's even denser than lead and is ...

Examine the difference between the heat capacity of air versus water using this Predict, Explain, Observe, Explain activity.

This Pearson Edexcel (9-1) GCSE Physics Core Practical video will be investigating how light is affected when it travels from air ...

Teacher Alom Shaha presents the approach he takes to this part of the A-level practical syllabus, paying particular attention to ...

The double-slit experiment is wild! #shorts.

Physicists just built the world's smallest particle accelerator! The whole thing can fit on a DIME. Here's how this works and why it ...

So today, instead of floating a magnet on top of a superconductor, I'm going to show what happens if I do it the other way around.

When distributing weight, fragile items can hold exponentially more weight. This is how bridges and towers are so strong!