The discussion centers around the nature of magnetic dipoles in magnets, specifically addressing why the north and south poles remain stationary despite the constant motion of electrons. The scope includes conceptual understanding of magnetization in ferromagnetic materials and the relationship between electron motion and magnetic dipoles.
Participants express differing views on the relationship between electron motion and magnetic dipoles, indicating a lack of consensus on the initial question posed.
The discussion does not resolve the underlying assumptions about the nature of magnetic dipoles and their relation to electron motion, leaving these aspects open for further exploration.
Could you link me to something that explains the magnetic dipole of an electron which is not in motion?Meir Achuz said:The magnetization in a ferromagnet comes from the magnetic dipoles of the electrons, and is not related to their motion.