Entanglement Entropy for time dependent two dimensional holographic superconductor
N.S. Mazhari, D. Momeni, Kairat Myrzakulov, R. Myrzakulov
TL;DR
This paper investigates how entanglement entropy behaves in a time-dependent two-dimensional holographic superconductor, highlighting the role of conserved charge as a critical factor for condensation.
Contribution
It introduces the analysis of entanglement entropy in a dynamic holographic superconductor and identifies conserved charge as a key parameter for phase transition.
Findings
Conserved charge influences the onset of condensation.
Entanglement entropy reflects the superconductor's phase transition.
Time dependence affects the entanglement structure in holographic models.
Abstract
We studied entanglement entropy for a time dependent two dimensional holographic superconductor. We showed that the conserved charge of the system plays the role of the critical parameter to have condensation.
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