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arXiv 1402.6241cond-mat.supr-con
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作为高温超导理论的荷电玻色子气体模型

On the charged boson gas model as a theory of high Tc superconductivity

Yanghyun Byun

摘要:

我们考虑一个假设的两个电子的束缚态,即使我们不知道束缚机制。束缚电子对应该表现为玻色子,我们得出结论,成对的电子是“显然”在所有的占领状态的最高能量状态。我们称这种多粒子态为“表观”费米面。那么所涉及的固体必须是2型超导体,因为理论上已知带电玻色子流体就是这样。此外,玻色-爱因斯坦凝聚与高温超导体的临界温度密切相关,这与我们的模型是一致的。最值得注意的是,该模型可以描述具有或不具有费米表面的超导体。我们提出了两种探测高温超导体中束缚电子对的实验方法:低能电子-电子散射和光电子发射。

英文摘要:

We consider a hypothetical bound state of two electrons even if we leave the binding mechanism unknown. The bound electron pairs should behave as bosons and we conclude that the paired electrons are 'apparently' in the highest energy states of all the occupied states. We call this multi-particle state an 'apparent' Fermi surface. Then the solid in concern must be a type 2 superconductor for a charged boson fluid is theoretically known to be as such. Moreover the Bose-Einstein condensation is known to be closely related to the critical temperatures of high Tc superconductors, which is consistent with our model. Most notably the model may describe a superconductor either with or without a Fermi surface. We propose two experimental methods to detect a bound electron pair, low energy electron-electron scattering and photoemission from high Tc superconductors.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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