Interaction between ionic lattices and superconducting condensates
Pavel Lipavsk\'y, Klaus Morawetz, Jan Kol\'a\v{c}ek, Ernst Helmut, Brandt, Michael Schreiber
TL;DR
This paper investigates how ionic lattices interact with superconducting condensates through electrostatic forces, revealing differences from previous models and highlighting deviations predicted by BCS theory compared to the two-fluid model.
Contribution
It provides a detailed analysis of electrostatic forces between ionic lattices and superconducting condensates, comparing BCS and two-fluid models.
Findings
Electrostatic force in superconductors is similar but not identical to previous suggestions.
BCS theory predicts larger deviations than the two-fluid model.
The study clarifies the nature of lattice-condensate interactions in superconductors.
Abstract
The interaction of the ionic lattice with the superconducting condensate is treated in terms of the electrostatic force in superconductors. It is shown that this force is similar but not identical to the force suggested by the volume difference of the normal and superconducting states. The BCS theory shows larger deviations than the two-fluid model.
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