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Fisher information description of the classicalquantal transition

机译:费希尔对经典量子跃迁的信息描述

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We investigate the classical limit of the dynamics of a semiclassical system that represents the interaction between matter and a given field. The concept of Fisher Information measure (F) on using as a quantifier of the process, we find that it adequately describes the transition, detecting the most salient details of the changeover. Used in conjunction with other possible information quantifiers, such as the Normalized Shannon Entropy (H) and the Statistical Complexity (C) by recourse to appropriate planar representations like the Fisher Entropy (F×H) and Fisher Complexity (F×C) planes, one obtains a better visualization of the transition than that provided by just one quantifier by itself. In the evaluation of these Information Theory quantifiers, we used the Bandt and Pompe methodology for the obtention of the corresponding probability distribution.
机译:我们研究了代表物质与给定场之间相互作用的半经典系统动力学的经典极限。 Fisher信息量度(F)用作过程的量化器的概念,我们发现它可以充分描述过渡,并检测转换的最显着细节。通过使用适当的平面表示形式,如Fisher熵(F×H)和Fisher复杂度(F×C)平面,与其他可能的信息量词(如归一化的Shannon熵(H)和统计复杂性(C))结合使用,与仅由一个量词本身提供的过渡相比,它可以获得更好的过渡可视化效果。在评估这些信息论量词时,我们使用Bandt和Pompe方法来获得相应的概率分布。

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