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首页> 外文期刊>The European Physical Journal D >Control of entanglement between two dissipative non-interacting qubits in a common heat bath by a laser field
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Control of entanglement between two dissipative non-interacting qubits in a common heat bath by a laser field

机译:通过激光场控制普通热浴中两个耗散的非相互作用量子位之间的纠缠

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摘要

In this paper,we introduce a system containing of two qubits interacting with a cavity which interacted with a reservoir. Using the Fano technique we will show this system is equivalent with two qubits which are interacting with a common heat bath. We also add a laser field and the behavior of this system is investigated when the qubits are dissipative. In this way we show that the presence of laser field can generate a high entanglement in this system, in other word the pump of energy using the laser field can compensate for the lose of dissipation of qubits. We also show that our system is almost insensible to temperature.
机译:在本文中,我们介绍了一个包含两个量子位的系统,两个量子位与一个与储层相互作用的腔相互作用。使用Fano技术,我们将显示该系统等效于两个与普通热浴相互作用的量子位。我们还添加了一个激光场,并在量子位耗散时研究了该系统的行为。通过这种方式,我们证明了激光场的存在会在该系统中产生高纠缠度,换句话说,利用激光场的能量泵浦可以补偿量子比特耗散的损失。我们还表明,我们的系统几乎对温度不敏感。

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