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room-temperature-superconductor

Explore superconductivity - the quantum phenomenon of zero electrical resistance and perfect diamagnetism. Understand why room-temperature superconductors would revolutionize technology and the quest to achieve them.

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📚 术语表

Superconductivity
临界温度以下的零电阻状态
MeissnerEffect
从超导体中排除磁场
CooperPairs
负责超导性的成对电子
CriticalTemperature
低于发生超导的温度
BCSTheory
巴丁-库珀-施里弗超导理论
Cuprates
氧化铜高温超导体
TypeI
具有完全场排斥的超导体
TypeII
允许通量涡流的超导体
Hydrides
富氢高压超导体
SQUID
超导量子干涉装置

🏆 关键人物

Heike Kamerlingh Onnes

发现超导性(1911)

Bardeen, Cooper, Schrieffer

BCS理论(1972年诺贝尔奖)

Bednorz & Müller

高温超导体(1987 年诺贝尔奖)

Paul Chu

YBCO(第一个高于 77 K)

💬 给学习者的话

{'encouragement': "You're learning about one of physics' most remarkable phenomena and one of technology's most sought-after goals. Room-temperature superconductivity could change civilization.", 'reminder': 'The quest continues. Despite LK-99 not working out, researchers worldwide are still searching. The next breakthrough could come from anywhere.', 'action': 'Watch the Meissner effect in the simulator. See Cooper pairs form. Understand why this phenomenon is so special and why the quest continues.', 'dream': 'A physicist from Kenya might discover the key to room-temperature superconductivity. A materials scientist from Nigeria might synthesize the breakthrough material. This discovery will change everything.', 'wiaVision': 'WIA Pin Code believes understanding superconductivity should be global. The dream of lossless energy transmission could transform developing nations most of all.'}

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