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Lol. No, it doesn't matter if a magnet is moving or not, heat will destroy the coherence of a magnetic field and it becomes paramagnetic. Motion doesn't factor into this. Irons Curie temperature is 770C.

You can't maintain magnetic properties under high temperatures. The claim of having any idea what's beyond 10 miles below the surface is about a verifiable as superman or going to mars.

Undisciplined 4mo ago

It's not a magnet that's moving. It's electric charge that's moving, which is how magnetic fields are generated.

It's fine to say we don't know for sure what's down there. It is based on inference from indirect sources, but the model of what's down there is fairly detailed and does account for the major phenomena we do observe directly.

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Sovereign Being 4mo ago

The iron wouldn't maintain a magnetic charge at those temperatures.

You've got it the wrong way around; electric fields are created by moving magnetic fields.

Undisciplined 4mo ago

I don't know where you're getting any of this, but moving electrical charge (aka current) does create a magnetic field. Consult literally any textbook on electricity and magnetism.

Here's one source amongst many: https://www.studypug.com/physics-help/electric-currents-produce-magnetic-fields