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ON CORRELATION APPROACH TO SCATTERING IN THE DECOHERENCE TIMESCALE

机译:消时制中散射的相关方法研究

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摘要

We provide a "first principles" description of scattering from open quantum systems subject to a Lindblad-type dynamics. In particular we consider the case that the duration of the scattering process is of similar order as the decoherence time of the scatterer. Under rather general conditions, the derivations lead to the the following new result: The irreversible time-evolution may cause a reduction of the system's transition rate being effectuated by scattering. This is tantamount to a shortfall of scattering intensity. The possible connection with striking experimental results of neutron and electron Compton scattering from protons in condensed matter is mentioned.
机译:我们提供了受Lindblad型动力学影响的开放量子系统中散射的“第一性原理”描述。特别地,我们考虑了散射过程的持续时间与散射体的退相干时间具有相似数量级的情况。在相当普遍的条件下,推导会导致以下新结果:不可逆的时间演化可能会导致散射引起的系统转换速率降低。这等于散射强度的不足。提到了与凝聚态质子中子和电子康普顿散射的惊人实验结果的可能联系。

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