Planckian metals have the potential to power high-temperature superconductors, quantum computers and a host of other next-generation technologies. However, these "strange" metals--in which electrical resistance increases linearly with temperature--are notoriously difficult to study, let alone comprehend.
Planckian metals have the potential to power high-temperature superconductors, quantum computers and a host of other next-generation technologies. However, these "strange" metals--in which electrical resistance increases linearly with temperature--are notoriously difficult to study, let alone comprehend.
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