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Magnetic Field Effects on the CMB andLarge-Scale Structure

机译:磁场对CMB和大规模结构的影响

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Aprimordial magnetic field (PMF) would be expected to manifest itself in the cosmic microwave background (CMB) temperature and polarization anisotropies, and also in the forma-tion of large scale structure(LSS). In this article, we demonstrate how the PMF is an important cosmological physical process on small scales as follows, We also report the newest constraints on the PMF amplitude B_λ and the power spectral index n_B which have been deduced from the available CMB observational data by using our computational framework and the Markov chain Monte Carlo method. In particular we find that |B_λ|, < 2.10(68%CL) nG and < 2.98(95%CL) nG and n_B< —1.19(68%CL) and < —0.25(95%CL) at a present scale of 1 Mpc.
机译:预计Aprimordial磁场(PMF)将在宇宙微波背景(CMB)温度和偏振各向异性方面表现出来,以及大规模结构(LSS)的形式。在本文中,我们展示了PMF在小尺度上是一个重要的宇宙学物理过程,如下所示,我们还通过使用,在PMF幅度B_λ上报告了PMF幅度B_λ的最新限制,这些限制是通过使用的可用CMB观测数据所推断推导的我们的计算框架和马尔可夫链蒙特卡罗方法。特别地,我们发现|B_λ|,<2.10(68%(68%(68%)NG和<2.95%(95%(95%CL)NG和N_B <-1.19(68%CL)和<-0.25(95%CL)以当前规模1 MPC。

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