We all know from experience that magnetism is largely reactive and effective in the purview of ferrous metals such as iron and steel, which is just iron mixed with pure carbon. It follows that non-ferrous metals like aluminum and copper are not ordinarily magnet attractive metals... but due to some interesting properties of powerful magnetic fields, they can produce some interesting electro-mechanical actions that are both puzzling and fascinating to observe.
Here is an example of one phenomena called "Lenz's Law" and the effects of magnetic eddy currents interacting between a powerful neodymium magnet and a thick-walled chunk of copper pipe:
Likewise... (and this one might be worth a decent bet at the bar for drinks all around among a group of erudite friends ) ... this empty aluminum can is also non- reactive with a magnet... until you do something like this:
And in this case...levitation (anti-gravity...limited)
"Magnets... God's way of f*cking with our minds..."
Here is an example of one phenomena called "Lenz's Law" and the effects of magnetic eddy currents interacting between a powerful neodymium magnet and a thick-walled chunk of copper pipe:
Likewise... (and this one might be worth a decent bet at the bar for drinks all around among a group of erudite friends ) ... this empty aluminum can is also non- reactive with a magnet... until you do something like this:
And in this case...levitation (anti-gravity...limited)
"Magnets... God's way of f*cking with our minds..."
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