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The Effect Of Temperature On Magnetism And Machines

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Temperature, magnetism, and mechanisms are all things that we need in our society today so we can go places. From cars, to computers, to wind turbines, temperature and magnetism affects how each one moves (Balasubramanian et al). How does temperature affect magnetism and machines is a question that scientists always ask and are constantly coming up with different answers to. Countless discoveries, observations and inventions have been made relating to the topic at hand. There is history behind who studied it first, there are car motors that have in depth studies about the effects of temperature on magnetism, there are nanostructured magnets, there have been new discoveries made in the last decade about the topic, and there are also many present-day applications to the topic. In 1911, superconductivity was first studied by Heike Kamerlingh Onnes, a Dutch physicist. He studied this by using liquid helium and mercury and cooling it to a specific temperature (Behavior; Where’s). When Onnes first discovered superconductivity he called it supraconductivity. using extremely cold mercury, Onnes discovered that materials turn into superconductors when they are held at very low temperatures. This means that when electric currents are applied, there is basically no resistance. In 1913, Onnes was awarded the Nobel Peace Prize for his work in this field. Because of Onnes discovery, superconductors are now used all over the world. They are used in hospitals, in magnetic resonance
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