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When a round magnet breaks, the pieces do not simply become non-magnetic; instead, each fragment develops its own north and south poles. Consequently, if two broken pieces are aligned with like poles facing each other, they repel. For instance, if you break a cylindrical neodymium magnet into two halves, you will observe that trying to push the flat, freshly broken ends together is challenging—they push apart. This is because the magnetic domains within the magnet reorient themselves to maintain a stable configuration, effectively turning each piece into a smaller, standalone magnet with both a north and a south pole.

 Introduction: Picture yourself with a glimpse of the future in your hand: a tiny, gleaming thing that shatters your expectations with its unbelievable power. That’s the realm of neodymium magnets, the most powerful kind of permanent magnets you can find, able to lift thousands of times their own weight. They’re used in everything from basic […]

Introduction Have you ever held a tiny piece of metal that can stick to things with a power that seems like magic? That’s a magnet. People love magnets because they are curious about how things work. There are many kinds of magnets, but the strongest and best kind is called a neodymium magnet. These magnets […]

Introduction: In today’s fast-paced world of technology, neodymium rare earth magnets have become an essential part of our everyday lives. Without them, our electric cars wouldn’t be as efficient, wind farms wouldn’t be able to generate as much energy, and our smartphones would be much bulkier. But despite their importance, the price of neodymium magnets […]