I like your experiment and more than likely yes. The weaker pull of gravity of course results in a lower mass of the superconductor which means it should be able to suspend further from the magnets (despite how weak the field is away from the magnet). Great project! However, what benefit will this have for us on Earth? Will your findings have practical use for us?
@DwayneLeroice Hi, thanks for the feedback. My hope is for the experiment to improve our understanding of the behavior of superconductors under all conditions. The better the understanding we can get, the sooner we will see practical applications of superconductors on earth, such as for transport (imagine levitated trains or vehicles) Also in the future, knowledge of this phenomena under differing gravitational force may prove useful in the endeavor to terraform the moon or another planet.
I like your experiment and more than likely yes. The weaker pull of gravity of course results in a lower mass of the superconductor which means it should be able to suspend further from the magnets (despite how weak the field is away from the magnet). Great project! However, what benefit will this have for us on Earth? Will your findings have practical use for us?
DwayneLeroice 2 months ago
@DwayneLeroice Hi, thanks for the feedback. My hope is for the experiment to improve our understanding of the behavior of superconductors under all conditions. The better the understanding we can get, the sooner we will see practical applications of superconductors on earth, such as for transport (imagine levitated trains or vehicles) Also in the future, knowledge of this phenomena under differing gravitational force may prove useful in the endeavor to terraform the moon or another planet.
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