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Probing the Universe with Mirrors That Trick Light

机译:用诡计多端的镜子探究宇宙

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摘要

For astrophysicists, stargazing may be different than for most people, who are content to admire a star's beauty or possiby make a wish. More than a few astrophysicists wish they could be closer to the stars—or to at least have more sophisticated probing instruments—to understand more about the universe, Astrophysicists study x rays originating from our Sun, stars, and supernova remnants to understand the extreme physical processes occurring there. In recent years, Livermore researchers have developed optics for astrophysical applications that can focus hard x rays (that is, x rays with energy levels above 20 kiloelectronvolts) emanating from celestial objects, such as supernovae. In addition to astrophysics, hard x-ray optics have a variety of possible applications, including medical imaging, laser target characterization, and radiation detection.
机译:对于天体物理学家来说,注视可能与大多数人不同,大多数人都满足于欣赏明星的美丽或许愿。多位天体物理学家希望他们可以离恒星更近(或者至少拥有更复杂的探测仪器)以了解有关宇宙的更多信息,天体物理学家研究了来自我们的太阳,恒星和超新星残余的x射线,以了解极端物理在那里发生的过程。近年来,Livermore的研究人员开发了用于天体物理应用的光学器件,该光学器件可以聚焦来自天体(例如超新星)的硬X射线(即能量水平高于20千伏伏的X射线)。除天体物理学外,硬X射线光学器件还具有多种可能的应用,包括医学成像,激光目标表征和辐射检测。

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