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Lutetium Hydride Achieves Superconductivity at 292 Kelvin Under High Pressure

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Edited by Alex Surfaced·Science·2 min read
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A collaborative team from the University of Rochester and the University of Nevada, Las Vegas has discovered a nitrogen-doped lutetium hydride material that exhibits superconductivity at approximately 292 Kelvin (19°C) under high pressure. This unprecedented achievement pushes the boundary for room-temperature superconductivity closer to practical applications, albeit still requiring gigapascals of pressure. Their synthesis and characterization demonstrated zero electrical resistance and expulsion of magnetic fields. The surprising aspect is that introducing nitrogen into the lutetium hydride lattice significantly stabilizes the superconducting phase. This was published in Nature in 2023.

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Why It’s Fascinating

This discovery is a monumental step in the quest for room-temperature superconductors, which has been a holy grail of materials science for decades. It confirms the theoretical predictions that certain hydrides could achieve this state, even if under extreme conditions. Within 5-10 years, if the pressure requirements can be relaxed, this could lead to lossless power grids, ultra-fast magnetic levitation trains, and incredibly powerful magnets for medical imaging. Imagine an electrical wire that never loses energy, like a frictionless pipe for electrons. Energy grid operators, transportation industries, and medical researchers would see transformative changes. What societal shifts would occur if electricity transmission became entirely lossless?

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