论文标题
迷你审查：弦乐景观的超对称性的期望
Mini-review: Expectations for supersymmetry from the string landscape
论文作者
论文摘要
在这个微型审查中，我们总结了与超对称性（SUSY）现象学的弦理论景观有关的各种发现。这个想法是采用MSSM作为琴弦压实后最简约的4-D低能量EFT，但在Susy Breaking的规模尚未确定的情况下。通过在Agrawal {\ it等人的拟人窗口内（ABDS）内的弱量表的派生值，弱尺度的派生值在于较大的软项。这样的设置预测了光Higgs质量M_H〜125 GEV，而GEV通常超出了LHC边界。我们讨论了LHC搜索的后果：轻度Higgsinos，高度混合的TEV尺度顶部蹲，同时签名的Diboson事件和M _ {\ tg} 〜2-5 TEV。我们预计暗物质将由斧头/higgsino样的w imp混合物组成。
In this mini-review, we summarize a variety of findings pertaining to consequences of the landscape of string theory for supersymmetry (SUSY) phenomenology. The idea is to adopt the MSSM as the most parsimonious 4-d low energy EFT after string compactification but where the scale of SUSY breaking is as yet undetermined. A power-law landscape draw to large soft terms is tempered by the requirement that the derived value of the weak scale lie within the anthropic window of Agrawal {\it et al.} (ABDS). Such a set-up predicts a light Higgs mass m_h~ 125 GeV with sparticles generally beyond LHC bounds. We discuss consequences for LHC searches: light higgsinos, highly mixed TeV-scale top squarks, same-sign diboson events and m_{\tg}~ 2-5 TeV. We expect dark matter to consist of an axion/higgsino-like WIMP admixture.
