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The slamming of the soap cylindrical membrane in the slow-mo.
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Effect of color on heat absorption.
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An experiment not worth to be repeated at home - aluminum foil in the microwave.
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Due to the large number of nails, the pressure on the surface of the ball is evenly distributed.
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Demonstration of gravity on different celestial bodies.
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Active hinge mechanism based on spherical gears.
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Falling an egg into a liquid.
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What happens if you squeeze a wet rag in space?
Water forms a cocoon.
Water forms a cocoon.
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A prime example of how to delight an entire room of serious men.
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A great concept for an electromagnetic levitation module.
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Cloud chamber (Wilson chamber).
That’s a unique device capable of making normally invisible particles of radioactive radiation visible.
That’s a unique device capable of making normally invisible particles of radioactive radiation visible.
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How strong is the tooth? 🦷
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A perfectly placed devastating blow.
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A simple physical mini-experiment.
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Meissner effect
The effect consists in the displacement of the magnetic field from the volume of the superconductor during its transition to a superconducting state.
The effect consists in the displacement of the magnetic field from the volume of the superconductor during its transition to a superconducting state.
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A demonstration of Lenz's law using an MRI machine.
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Demonstration of a light carbon nanotube, which "floats" in the air like solidified smoke.
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Rube Goldberg's invisible machine.
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Switchable permanent magnet.
Turning the knob activates a magnetic field strong enough to lift this 5.2-kilogram piece of rail.
Turning the knob activates a magnetic field strong enough to lift this 5.2-kilogram piece of rail.