Superconductivity above the lowest Earth temperature in pressurized sulfur hydride
作者： Antonio Bianconi , Thomas N. Jarlborg
DOI: 10.1209/0295-5075/112/37001
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摘要: A recent experiment has shown a macroscopic quantum coherent condensate at 203K, about 19 degrees above the coldest temperature recorded on Earth surface, 184K (−89.2 ◦ C, −128.6 F) in pressurized sulfur hydride. This discovery is relevant not only material science and condensed matter but also other fields ranging from computing to physics of living matter. It given start gold rush looking for condensates hydrides range 200 < Tc 400 K. We present here review experimental results theoretical works we discuss Fermiology H3S focusing Lifshitz transitions as function pressure. possible role shape resonance near neck disrupting transition, Bianconi-Perali-Valletta (BPV) theory, rising critical multigap superconductor, Feshbach rises Fermionic ultracold gases.
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