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11d
超导体突破极限,新研究揭示其在曾被认为不可能的温度下奇迹工作
最近,科学家们在比预期更高的温度条件下观察到了超导性的关键特征。 在一种意外的材料中,研究人员发现了电子如何在超导材料中形成对,这种配对方式在极低的温度条件下使得类似材料表现出超导现象。
Hosted on MSN
1d
量子物理学赝能隙难题获突破
每经AI快讯,9月24日,美国纽约熨斗研究所计算量子物理中心研究人员巧妙地运用了一种计算技术,在理解“赝能隙”这一长期困扰量子物理且与超导性密切相关的难题上取得了突破。这项发现刊登于最新一期《科学》杂志,将助力实现室温超导,以及在无损耗电力传输、更先 ...
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