October 27, 2020

What seems to be a short and simple video blew my mind! In the video linked below, it demonstrates the superconducting cooling process up-close and personal. The experimenter takes Yttrium barium copper oxide (Chemical formula: YBa2Cu3O7), places a magnet on top, and cools the elements with liquid nitrogen. It can be seen how the elementsContinue reading “October 27, 2020”

October 15, 2020

Looking over yesterdays progress, I realized I need to emphasize a few factors that are apart of the creation of the liquid nitrogen cooled levitating superconductor train. Specifically for the track seen is yesterdays post, F30105 magnets (neodymium magnets) are used to create the “track” which are resting on a steel sheet. With the presenceContinue reading “October 15, 2020”

October 14, 2020

A simple recap from Tuesday: Superconductors are materials that conduct electricity without producing any resistance, meaning they can carry an electrical current for an indefinite amount of time without losing any energy due to resistance. From the article (https://www.first4magnets.com/blog/liquid-nitrogen-cooled-levitating-superconductor), I learned that these “train tracks” that carry the electric current are filled with superconductors thatContinue reading “October 14, 2020”

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