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Interferometer Evolution: Imaging Terras After Building 'Little' Experiments (INEVITABLE)

机译:干涉仪的演变:建立“小”实验后对Terras进行成像(不可原图)

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Perhaps one of the most ambitious long-term goals of the astronomical community is to map distant exoplanets. This will require instruments that provide sufficient angular resolution to place multiple pixels across an image of an exoplanet. Many other science programs also require orders of magnitude improvement in angular resolution, and for all of these, single aperture telescopes are impractical. In fact, the array of scientific goals that require high angular resolution makes interferometry inevitable. Here, we discuss some of the long-term science needs, and the implications for future interferometers, and then talk about some possible paths towards these future missions.
机译:天文学界最雄心勃勃的长期目标之一就是绘制远系系外行星的地图。这将要求仪器提供足够的角分辨率,以在系外行星的图像上放置多个像素。许多其他科学计划也要求将角分辨率提高几个数量级,而对于所有这些,单孔径望远镜是不切实际的。实际上,需要高角度分辨率的一系列科学目标使干涉测量成为必然。在这里,我们讨论了一些长期的科学需求,以及对未来干涉仪的影响,然后讨论了实现这些未来任务的一些可能途径。

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