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首页> 外文期刊>Chemical Physics Letters >Reply to the comment on 'Quantum trajectory tests of radical-pair quantum dynamics in CIDNP measurements of photosynthetic reaction centers' by G. Jeschke
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Reply to the comment on 'Quantum trajectory tests of radical-pair quantum dynamics in CIDNP measurements of photosynthetic reaction centers' by G. Jeschke

机译:对G. Jeschke的评论“光合反应中心的CIDNP测量中的自由基对量子动力学的量子轨迹测试”

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摘要

We recently unraveled a major inconsistency in the traditional description of radical-pair quantum dynamics by studying single-molecule quantum trajectories and comparing their prediction with Haberkorn's master equation. A comment by Jeschke claimed that the inconsistency arises because we did not properly include quantum state projections in the traditional approach. We here show that Jeschke stipulates quantum trajectories involving unphysical quantum states with negative populations. Moreover, the author's Monte Carlo simulation and its agreement with Haberkorn's master equation is a demonstration of an algebraic tautology, establishing the consistency of an unphysical master equation with circularly defined unphysical trajectories. (C) 2016 Elsevier B.V. All rights reserved.
机译:最近,我们通过研究单分子量子轨迹并将其预测与Haberkorn的主方程进行比较,揭示了传统的自由基对量子动力学描述中的主要矛盾之处。耶施克(Jeschke)发表评论说,之所以出现不一致,是因为我们没有在传统方法中适当地包括量子态预测。我们在这里表明,耶斯基(Jeschke)规定了涉及具有负总体的非物理量子态的量子轨迹。此外,作者的蒙特卡罗模拟及其与哈伯科恩主方程的一致性证明了代数重言式,建立了具有圆形定义的非物理轨迹的非物理主方程的一致性。 (C)2016 Elsevier B.V.保留所有权利。

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