3.A08 | Fall 2005 | Undergraduate

Attraction and Repulsion: The Magic of Magnets

Meissner Effect (thumbnail)

Description:

This photo shows the Meissner effect using a high-temperature ceramic superconductor and a powerful rare-earth magnet. Liquid nitrogen cools the superconductor to about 77 Kelvin, producing the magnetic cushion. (Photo courtesy of Pacific Northwest National Laboratory.)

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Meissner Effect (thumbnail)
Alt text:
Small superconductor floating above a magnet.
Caption:
This photo shows the Meissner effect using a high-temperature ceramic superconductor and a powerful rare-earth magnet. Liquid nitrogen cools the superconductor to about 77 Kelvin, producing the magnetic cushion. (Photo courtesy of Pacific Northwest National Laboratory.)
Small superconductor floating above a magnet.

Course Info

As Taught In
Fall 2005
Learning Resource Types
Written Assignments with Examples
Presentation Assignments