Holographic subregion complexity in unbalanced holographic superconductors

Abstract By using the subregion CV conjecture, we numerically investigate behavior of holographic complexity (HSC) and compare it with entanglement entropy (HEE) in unbalanced superconductors, which indicates that both HEE HSC can be used as good probes to phase transition superconductors. We observe exhibit a similar linear growth change width for strip geometry. However, different fixed widths, exhibits behaviors temperature, while remains consistent. In particular, find there are certain conditions make difficult this system through approach. Furthermore, also note unbalance parameter has effects on HSC, always increases increases.