与Hanaguri等人（2009年）提出的不同，对（Ca2-xNax）CuO2Cl2的能量分辨扫描隧穿结果的解释
A different explanation of energy-resolved scanning tunnelling results from (Ca2-xNax)CuO2Cl2 than that suggested by Hanaguri et al (2009)
摘要：
在强磁场中的（Ca 2-xNax）CuO 2Cl 2的扫描隧道光谱结果被重新解释在一个基本上不同的方式。而不是看，作为Hanaguri等人做的，以B1 g BCS为基础的解释，并严重依赖于“相干效应”，非常详细的变化所造成的隧道特性重新处理后，本作者的负U，玻色子费米子，共振交叉建模的高温超导铜氧化物（HTSC）的现象。与许多其他现在相当复杂和歧视性的实验攻击后一个问题一样，这种形式的建模似乎再次为这个长期存在的问题提供了一个全面的解决方案。
英文摘要：
The scanning tunnelling spectroscopy results from (Ca2-xNax)CuO2Cl2 in a strong magnetic field are reinterpreted in a substantially different fashion. Instead of looking, as Hanaguri et al do, to a B1g BCS-based interpretation and relying heavily upon 'coherence effects', the very detailed changes wrought in the tunnelling characteristics are re-addressed following the present author's negative-U, boson-fermion, resonant crossover modelling of the High Temperature Superconducting Cuprate (HTSC) phenomenon. As with a great many other now quite sophisticated and discriminatory experimental assaults on the latter problem, it would once again appear this form of modelling has much to offer a full solution to this long-standing matter.
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