stackyFACTSIf elements competed in a magnetic weightlifting competition, holmium would absolutely cheat. It naturally aligns its internal atomic structure to concentrate magnetic poles at a staggeringly high intensity, actively concentrating localized magnetic force stronger than any naturally occurring single element has any actual right to.
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Terbium undergoes a bizarre phenomenon known as magnetostriction. Whenever it is introduced to a strong magnetic presence, its atomic lattice physically warps…
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Ytterbium is technically a heavy lanthanide, but it clearly failed to read its own job description. It possesses an unexpectedly low density and actively…
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Thulium is the tragic outcast of the periodic table. It is incredibly difficult to isolate, absurdly expensive to purify, and possesses absolutely zero unique…
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Gadolinium is fiercely magnetic when placed in a frigid room, but it gives up immediately when things get slightly comfortable. It has an incredibly low Curie…
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Promethium is the glaring empty gap in the middle of the lanthanides. It simply does not exist naturally on this planet because every single isotope is…
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Sitting at the absolute end of the lanthanide series, lutetium is the heavy enforcer of the group. It packs a staggering amount of mass into its atomic…
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