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Selected Topics in Numerical Methods for Cosmology

机译:宇宙学数值方法中的精选主题

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The large amount of cosmological data already available (and in the near future) makes the development of efficient numerical codes necessary. Many software products have been implemented to perform cosmological analyses considering one or few probes. The need of multi-task software is rapidly increasing, in order to combine numerous cosmological probes along with their specificity (e.g., astrophysical descriptions and systematic errors). In this work, we mention some of these libraries, bringing out some challenges they will face in the few-percent error era (on the cosmological parameters). We review some concepts of the standard cosmological model, and examine some specific topics on their implementation, bringing, for example, the discussion on how some quantities are numerically defined in different codes. We also consider implementation differences between public codes, mentioning their advantages/disadvantages.
机译:已经有大量的宇宙学数据(以及在不久的将来)使得有必要开发有效的数字代码。考虑到一个或几个探针,已经实现了许多软件产品来执行宇宙学分析。为了结合众多宇宙学探针及其特异性(例如,天体物理学描述和系统错误),多任务软件的需求正在迅速增加。在这项工作中,我们提到了其中的一些库,提出了它们在百分之几的错误时代(在宇宙学参数上)将面临的一些挑战。我们回顾了标准宇宙学模型的一些概念,并研究了有关其实现的一些特定主题,例如,讨论了如何在不同代码中用数字定义一些数量。我们还考虑了公共法规之间的实现差异,并提到了它们的优缺点。

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