Physicists Lee Sukbae and Kim Ji-Hoon, from the Quantum Energy Research Center in Seoul, spearhead the study of LK-99,  a room-temperature superconductor

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LK-99, a gray-black polycrystalline compound, is identified as copper-doped lead-oxyapatite (Pb9Cu(PO4)6O), sharing structural similarities with apatite found in  bones and teeth

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The compound is created through  a simple three-step process involving the heating and cooling of  lanarkite and copper  phosphide powders, feasible  in a laboratory oven

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The compound is created through  a simple three-step process involving the heating and cooling of  lanarkite and copper  phosphide powders, feasible  in a laboratory oven

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LK-99 displays key superconductivity indicators at normal pressure and room temperature, including zero resistance and magnetic levitation due to  the Meissner effect

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The team substantiates their claims through various methods, including electrical resistance measurements, heat capacity assessments, magnetic susceptibility tests, and scanning tunneling microscopy

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Two papers, "Consideration for the development of room-temperature ambient-pressure superconductor (LK-99)" and "Room-temperature ambient-pressure superconductor (LK-99) and its physical properties," are submitted to arXiv and await peer review in esteemed journals

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Despite interest, skepticism looms as replication attempts by other researchers remain unsuccessful, leading to doubts about impurities, measurement errors, or misinterpretations in the team's findings

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The Korean team invites scrutiny, offering samples and data to fellow researchers, emphasizing their commitment to refining material quality and reproducibility while exploring potential applications

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