Quantum Materials
Researchers have experimentally observed a hidden quantum geometry in materials that steers electrons similarly to how gravity bends light. The discovery, made at the interface of two oxide materials, could advance quantum electronics and superconductivity. Published in Science, the findings highlight a long-theorized effect now confirmed in reality.
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Physicists have uncovered a subtle magnetic order within the pseudogap phase of quantum materials, potentially explaining the path to superconductivity. Using an ultracold quantum simulator, researchers observed persistent magnetic patterns that align with the pseudogap's formation temperature. This finding could advance the development of high-temperature superconductors for energy-efficient technologies.