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首页> 外文期刊>Philosophical magazine, B. Physics of condensed matter, electronic, optical, and magnetic properties >Quantum theory of unusual heat-resistant superconductivity in polymers
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Quantum theory of unusual heat-resistant superconductivity in polymers

机译：聚合物中异常耐热超导的量子理论

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A new theory of unusual superconductivity is developed for states that may exist in both amorphous polymers and biological systems based on flexible polar dielectric substances. Its key points are firstly a low concentration of stable ions and free polarons, secondly a flexible medium which allows their structural self-organization resulting in the formation of quasi-one-dimensional (1D) electron strings and thirdly a stable fine structure of any string corresponding to two electron subcrystals moving through one another with the single permitted velocity v. Both the localization and the strong exchange interaction of all electrons having parallel spins lead to triplet pairing with an energy of electron binding 2 Delta E approximate to 1 eV. The resulting ground state of that system is quasi-1D ferromagnetic superconductivity with an an expected T-c much greater than 10(3) K. The good agreement between the theory and known experimental data predicts new quantum effects. [References: 19]
机译：针对不定形聚合物和基于柔性极性介电物质的生物系统中可能存在的状态，人们开发了一种异常超导性的新理论。它的关键是首先是低浓度的稳定离子和自由极化子，其次是允许其结构自组织导致形成准一维（1D）电子串的柔性介质，其次是任何串的稳定精细结构对应于两个电子子晶体以一个允许的速度v相互移动。所有具有平行自旋的电子的定位和强交换相互作用都导致三重态配对，其电子结合能2 Delta E约为1 eV。该系统的最终基态是准1D铁磁超导性，其预期T-c远远大于10（3）K。该理论与已知实验数据之间的良好一致性预示了新的量子效应。 [参考：19]

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