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Superconducting Magnetic Levitation (MagLev) on a Magnetic Track

Ithaca College Physics Ithaca College Physics·10 videos
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Uploaded on Jul 31, 2009

As featured on the Nov. 9 2011episode of the Colbert Report! Link: http://www.colbertnation.com/the-colb...

From the Low Temperature Lab: A flux-pinning enhanced superconducting puck levitates above and is pinned to a magnetic figure-8 track. This demonstrates the quantum physical effect of superconductivity and the Meissner Effect as well as magnetic flux pinning. The puck is accelerated using the motors from a toy car track set. See more at our website: http://www.ithaca.edu/hs/depts/physic... and our paper here: http://arxiv.org/abs/0803.3090

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Uploader Comments (Ithaca College Physics)

  • JD Sweet

    Do you think it has a speed limit before it becomes unbound from the field?

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  • Ithaca College Physics

    Yes, it becomes unbound at about 6 mph.

    · 6

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    in reply to JD Sweet (Show the comment)
  • Dangomaify

    Where Did you get the Superconductive magnet and how much was it?

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  • Ithaca College Physics

    You can get some demonstration ones from science companies or from us at Ithaca College for ~$200 or so (0.5 inch diameter). Really good ones from Germany (evico.de) cost ~$700 (one inch diameter).

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    in reply to Dangomaify (Show the comment)

Top Comments

  • Fundament Justice

    Hi, I have superconductor a liquid nitrogen, I am trying to build my own magnetick rail, I build a short one, but it was extremely tuff, because magnets do NOT stick to each other in configuration (polarity indication follows)

    NNNNNNNNNNNNNNNNNN

    SSSSSSSSSSSSSSSSSS

    NNNNNNNNNNNNNNNNNN

    Did you used metal surface below or some strong glue? Thanks for response!!!

    · 4

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All Comments (537)

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  • boulevard001

    Why the smoke?

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  • Ithaca College Physics

    They posted a "how we did it" link on their original video page, showing how they created the CGI images.

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    in reply to Kenceo (Show the comment)
  • Kenceo

    How do you know?

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    in reply to Ithaca College Physics (Show the comment)
  • JD Sweet

    Really? It looks like it was doing at least 10 MPH. Pretty interesting though thanks. I was working on something similar for magnetic braking but used a vehicle on track that engages magnets on both sides of a rail to slow it down from high speed.

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    in reply to Ithaca College Physics (Show the comment)
  • Css0897

    It still requires a form of energy to move it, only it has no wheels to put energy into the ground. This is why they use the hotwheels motor thing.

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    in reply to denzelman345 (Show the comment)
  • denzelman345

    I can't believe they don't make cars driving on quantum levitation! it would spare a lot of oil and stop a war!

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