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Mapping the active Universe with eROSITA

机译:用erosita映射活跃的宇宙

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eROSITA (extended Rontgen Survey with an Imaging Telescope Array) is the core instrument on the Russian Spektrum-R?ntgen-Gamma (SRG) mission which is current scheduled for launch in Q4 2014. eROSITA will perform a deep survey of the entire X-ray sky. In the soft band (0.5-2 keV), it will be about 30 times more sensitive than ROSAT, while in the hard band (2-8 keV) it will provide the first ever true imaging survey of the sky. The design driving science is the detection of large samples of galaxy clusters up to redshifts z ~ 1, in order to study the large scale structure in the Universe and test cosmological models including Dark Energy. In addition, eROSITA is expected to yield a sample of about 3 million active galactic nuclei, which is bound to revolutionize our view of the evolution of supermassive black holes and their impact on the process of structure formation in the Universe. The survey will also provide new insights into a wide range of astrophysical phenomena, including isolated Neutron Stars and Black Holes, X-ray binaries, active stars and diffuse emission within the Galaxy, as well as more exotic ones such as gamma-ray bursts, tidal disruption of stars in galactic nuclei and binary black holes. In this talk I presented the main characteristics of the mission and focus on the scientific drivers for extragalactic all-sky surveys of AGN. All what was presented at the Symposium (plots, simulations, expected numbers of various kind of sources -QSO, obscured and CT AGN-their properties and evolution with redshift) can be found in the official eROSITA Science Book (Merloni et al, 2012).
机译:Erosita(带有成像望远镜阵列的扩展Rontgen调查)是俄罗斯Spektrum-R?NTGEN-GAMMA(SRG)任务的核心仪器,其目前计划于2014年第四季度推出。伊斯罗纳将对整个X-进行深度调查雷天空。在软带(0.5-2 kev)中,比罗斯特更敏感的大约30倍,而在硬频段(2-8 kev),它将提供对天空的第一个真正的成像调查。设计驾驶科学是检测到Redshift Z〜1的大型Galaxy集群样品,以研究宇宙中的大规模结构和包括暗能的测试宇宙学模型。此外,预计伊斯罗省将产生约300万活性半乳核核核的样本,这必将彻底改变我们对宇宙结构形成的影响的观点及其对宇宙结构形成过程的影响。该调查也将提供新的见解广泛的天体物理现象,其中包括分离的中子星和黑洞,X射线双星,活性星星和Galaxy中漫发射,以及更多的外来的,如伽马射线暴,银核和二元黑洞中的星星的潮汐中断。在这次谈谈中,我提出了使命的主要特征,并专注于AGN的紫外线调查的科学司机。在官方伊斯塔科学书(Merloni等,2012)中可以找到所有在研讨会上提出的员工(绘图,模拟,各种来源的预期数量,遮挡和CT AGN-STERS和Evolution)(Merloni等,2012) 。

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