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We study the behaviors of entanglement entropy (EE) in the Power-Maxwell holographic superconductors. We observe that the EE is a useful tool to study the critical point of the phase transition. The phase transition is less likely with the Power-Maxwell field. In the condensed phase, the EE gets larger as the strength of the Power-Maxwell field and the width increases. Furthermore, the width modifies the EE more significantly than the Power-Maxwell factor.

Power-Maxwell holographic superconductors probed by entanglement entropy