Episode list

ScienceClic

Quantum Field Theory Visualized
Quantum Field Theory merges Quantum Mechanics with Special Relativity. Here, a visual representation of model universe, analogous to ours, is built piece by piece by adding one by one the various symmetries, particles with their properties, conservation laws and forces.
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The Coriolis force
Objects near a spinning objects can exhibit strange behavior to an observer fixed on the object's surface, The Coriolis effect explains this behavior and comes into play in a wide variety of situations.
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Hawking radiation

Thu, Aug 19, 2021
Virtual particles are explained leading up to their behavior around a black hole and Hawking's realization that black holes eventual evaporate.
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Why Time and Space swap in a Black Hole
ScienceClic explains a powerful visualization tool; the light cone. Light cones show that objects can move in any direction in space but only forward in time. They explain when we can perceive distant events and how a large mass alters the direction of a light to point down toward the singularity at the event horizon of a black hole.
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Geodesics and Relativity
Geodesics are the shortest paths between two points on a surface. Examples on various objects and in our space time universe are described.
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