Quantum steering of a pulse-driven two-qubit system

The possibility that one party steers their partner is discussed for a driven two-qubit system, where it is assumed that either one or both of them is driving via an exponential pulse. It is shown that the maximum and minimum degrees of steerability and the survival amount of quantum correlation depend on the initial-state settings and the pulsing strength. If only one party is driven, the long-lived steerability is observed at long pulsing time and high strength. However, if both parties are driven, then the steerability's behavior depends on the difference between the strengths of the pulses.