The bulge in the basal plane area of cuprate superconductors
J. R\"ohler
TL;DR
This paper explains the bulge in the basal plane area of cuprate superconductors as a result of inhomogeneous electronic structures caused by densely packed paired singlets in CuO_2 layers.
Contribution
It introduces a novel explanation linking the bulge to inhomogeneous electronic structures formed by self-protected singlets in cuprates.
Findings
The bulge correlates with dense packing of paired singlets.
Inhomogeneous electronic structures influence lattice parameters.
Doping dependence affects the basal plane area.
Abstract
The bulge in the doping dependence of the basal plane area of cuprate superconductors is shown to be an effect of the particular inhomogenous electronic structure created by the dense packing of paired self-protected singlets (PSPS) in CuO_2 lattices.
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