Also, unless I'm badly mistaken, graphene is carbon-derived and not the least bit ferrous. So no magnetic properties. You might as well try and pick up a pencil with a magnet.
On the other hand, it is an excellent electrical conductor and therefore might have a current induced upon it by a magnetic field if it formed a circuit but I can't see how independent free-floating particulates could remotely form a conductive circuit.
So bullshit.
You’re correct. Every time you write with a pencil you leave graphene and graphene oxide behind on the paper.
You can take a large block of graphite and use scotch tape to pull of large chunks of graphene. Put a neodymium magnet next to it. It won’t move.
However, there are non-ferrous elements that can exhibit a response to magnetism. The link below has a good explanation.
https://www.nde-ed.org/Physics/Magnetism/ferromagmaterials.xhtml
Great link and thank you
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