The large excess of Dark Matter observed in the Universe and its particle nature is one of the key problems yet to be solved in particle physics. Despite the extensive success of the Standard Model, it is not able to explain this excess, which instead might be due to yet unknown particles, such as Weakly Interacting Massive Particles, that could be produced at the Large Hadron Collider. This contribution will give an overview of different approaches to finding evidence for Dark Matter with the ATLAS experiment in {the square root of}s = 8 TeV Run-1 data.
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机译：在宇宙中观察到的大量暗物质及其粒子性质是颗粒物理学中尚未解决的关键问题之一。尽管标准模型的广泛成功，但它无法解释过多，而是可能是由于未知的颗粒，例如弱相互作用的大规模颗粒，这可以在大型强子撞机中产生。此贡献将概述不同方法，以便在{s = 8 Tev Run-1数据的平方根的Atlas实验中找到暗物质的证据。
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