Added: 4 years ago
From: JamesYngwie
Views: 95,940
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  • I can't wait till we evolve to survive at -200 degrees C, then this will be great!

  • WOOOOOOOW thats what i call fast^^

  • that's a badass track lol, better than most simple loops demonstrating superconductors on magnets.

  • @Mastertimias

    Diese "Idee" ist 80 Jahre alt. ;-)

  • Thanks James,

    Although it was not you who built the track could you tell me who did it? So i can try to contact it? And do you know where did the person that built the track get the superconductor from?

  • @prodriverstube

    Thomas Madena and Dr. Achim Kittel are the creators and they work in Oldenburg at an University. I will write you a private Mail with their Mail-adresses.

    You can get the superconductor from MAX BAERMANN GMBH in Germany.

    It's called Tromaflex 928.

  • @JamesYngwie Hi, dont know if you speak german, but can u send me the link of the Max Baermann page of the supraconductor pls. i couldnt find it.

  • INCREDIBLE!

    How did you propulsed the train when it reached the lowest part? Just before taking the loop?

    Thanks in advance!

  • @prodriverstube

    Thx! Again, thats not me but I read the assignment.

    So, on the ground just before the loop are 7 Inductors (in the board under the magnets), which create an Electromagnetic pulse. The effect is, the little car experiences an acceleration. It's like in the modern rollercoasters. When the guy pushes the button then he activates this Inductors. In the newest version of this rollercoaster a light barrier activates them.

  • Comment removed

  • hey sehr cool!

    Koenntes du mir sagen wo du den supraleitenden material und den fluessigen stickstoff gekauft hast???

  • @Antardrews Soweit ich informiert bin kannste die Magnetbänder bei der MAX BAERMANN GMBH kaufen. Wegen dem Stickstoff, musste einfach mal googeln, da findest du viele Betrieb die diesen anbieten.

  • @JamesYngwie Vielen dank. Nur noch eine frage, meinst du mit den Magnetbaendern die neodymium magnete oder den supraleiter, der am Auto klebt?

  • @Antardrews

    Die Neodyms =). Der Supraleiter ist von der IPHT Jena hergestellt worden.

  • that is so awesome, god i love physics

  • what happened to the star rating ?

  • Awesome!

  • Wie geil XD

    Wieschnell ist den das???

  • awesome....the way the car moves around the track confirms an idea I had about superconductors and magnets.

  • Ich hab gesehen das du da was immer an einer Fernbedinung rum drückst ? Steuert die die Geschwindigkeit und wenn ja wie soll das gehen?

  • Verdammt Geil. Bin kein physiker aber WIE geil wäre es wenn ihr irgendmal es schafft superconductors auf Raumtemperatur zu bekommen. Es würde die Menschheit zu 100% ändern.

  • dürfte eg nich möglich sein, da ja jeder stoff ne gewisse sprungtemperatur hat um keinen widerstand mehr zu leisten... ich glaub die höchsten sind da bei -200 oder so... naja wer weiß was die wissenschaft noch so entdeckt... siehe cern, auch sehr spannende sache

  • doch es gibt welche über -200

    Yttrium-Barium-Kupferoxid zum Beispiel

    mit -180,15

  • Easy voll Cool.

  • FUCKING SEHR GEIL. And I don't even speak german. that was badass.  What did you use for the track composite? copper?

  • Thank you!!! But, I don't built this rollercoaster!!!

    The composite is: Ferrite (iron)!!!

    The Magnets are called Tromaflex 928

    (Look at my last comment!!!)

  • i love how the wheels are rotated like in "back to the future"

  • car speed?

  • YO!

    DUDE THAT WAS FLIPPIN AWESOME!

    Dude, I need some info, what type of magnets did you use, and how much did it all cost?

    Thanks

  • Hi...

    at first THX

    This "Rollercoaster" is a assignment of two

    undergraduates from the University of Oldenburg!! So...I doesnt produce this!!!

    But I have some informations for you:

    The magnets are from the company

    "Max Baermann GmbH" and they`re called:

    Tromaflex 928, this magnets in the vid costs:

    450€!!!

  • you could use NIB magnets, they cost around 50 dollars a kilogram, but they're not very work-safe. you can lift around 10 kg with a pair of them just about the size of a coin. That also means that they can "bite" you with a 10 kg strength, which wouldn't be pleasant at all =P

    now the superconductor isn't that simple xD go to the closest university to your home, search the chemistry or physics institute and ask if anyone can help you ^^

  • ask aorund in the physics institue ;) the should be able to help you...

    you need about 4 days and an oven with about 960°C to create a superconduktor ;D

  • Nice.

  • it probably could go round forever in a blackbody vacum with cryogenically cooled magnets.

  • except for gravity :) but you are still right.

    it just needs a little push every now and then

  • awsome!

  • good vid,

    good music.

    I have nothing else to say....

  • Music -> Rage - Straight to hell

  • Hell yeah...

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