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MAXI and GLAST studies of Jets in Active Galaxies

机译:活跃星系中喷气机的MAXI和GLAST研究

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The recent launch of GLAST - coinciding with the MAXI workshop - opens a new era for studies of jet-dominated active galaxies, known as blazars. While the emission processes operating in various spectral bands in blazars are reasonably well understood, the knowledge of the details of the structure of the jet, location of the dissipation region with respect to the accreting black hole, and coupling of the jet to the accretion process are known only at a rudimentary level. Blazars are variable, and this provides an opportunity to use the variability in various bands - and in particular, the relationship of respective time series to each other - to explore the relative location of regions responsible for emission in the respective bands. Observationally, this requires well-sampled time series in as many spectral bands as possible. To this end, with its all-sky, sensitive monitoring capability, the recently launched GLAST, and MAXI, to be deployed in 2009, are the most promising instruments bound to provide good sampling in respectively the energetic gamma-ray, and the soft X-ray band. This paper highlights the inferences regarding blazar jets that can be gleaned from such joint observations.
机译:GLAST的最新发布-与MAXI研讨会相吻合-为研究以喷气机为主的活跃星系(称为blazars)开辟了新纪元。虽然很清楚地了解了在大爆炸中在各个光谱带中运行的发射过程,但对射流的结构细节,消散区域相对于吸积黑洞的位置以及射流与吸积过程的耦合的了解仅在基本级别上才知道。 Blazars是可变的,这提供了使用各种频带中的可变性(尤其是各个时间序列彼此之间的关系)来探索负责各个频带中发射区域的相对位置的机会。观察到,这需要在尽可能多的光谱带中进行良好采样的时间序列。为此,最近推出的GLAST和MAXI具有全天候的灵敏监视功能,它们将于2009年部署,是最有前途的仪器,它们有望分别在高能伽马射线和软X射线中提供良好的采样射线带。本文重点介绍了可以从此类联合观测中收集到的关于布拉扎尔喷气机的推论。

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