Atomic Explanation: Why Magnets Repel Each Other
At the atomic level, magnetic repulsion is explained by electron spin and quantum physics. High performance magnets, especially neodymium magnets, have aligned electron spins in their atoms, making them very strong rare earth permanent magnets. When two like poles approach, the electrons’ magnetic moments resist overlapping, creating repulsive force. This microscopic interaction is the reason why neodymium magnets show much stronger repulsion than regular magnets. Rare earth permanent magnets are designed to maximize this effect, supporting applications in science, industry, and even medical devices. Understanding quantum-level repulsion leads to smarter magnet design and future technology.
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