دوربري حالت يك باتري كوانتومي از طريق سامانه‌ي دو كيوبيتي xyz هايزنبرگ

In recent years, quantum technologies have made tremendous progress around the world, an‎d quantum batteries are no exception. Therefore, in this thesis, we examine the power of quantum batteries, then we examine the ergotropy (a measure that eva‎luates the amount of work that can be extracted from a quantum battery) an‎d the correlation between the correlation an‎d the charging process of a quantum battery. an‎d also; Quantum distance is one of the most important concepts in quantum information an‎d computing. is examined in this study. First, the concepts of quantum channels are introduced. In the next step, the history of quantum range is explored. Quantum remote sensing, which is able to reach one qubit using an intertwined channel of two qubits, has also been studied in detail. Finally, the range of an unknown mode using a tangled channel, Bell mode an‎d Werner mode are investigated.

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