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首页> 外文期刊>Computer physics communications >FlexibleSUSY 2.0: Extensions to investigate the phenomenology of SUSY and non-SUSY models
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FlexibleSUSY 2.0: Extensions to investigate the phenomenology of SUSY and non-SUSY models

机译：Flexiblesusy 2.0：扩展来调查Susy和非Susy模型的现象学

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We document major new features and improvements of FlexibleSUSY, a Mathematica and C++ package with a dependency on the external package SARAH, that generates fast and precise spectrum generators. The extensions presented here significantly increase the generality and capabilities of the FlexibleSUSY package, which already works with a wide class of models, while maintaining an elegant structure and easy to use interfaces. The FlexibleBSM extension makes it possible to also create spectrum generators for non-supersymmetric extensions of the Standard Model. The FlexibleCPV extension adds the option of complex parameters to the spectrum generators, allowing the study of many interesting models with new sources of CP violation. FlexibleMW computes the decay of the muon for the generated model and thereby allows FlexibleSUSY to predict the mass of the W boson from the input parameters by using the more precise electroweak input of {G(F) , M-z, alpha(em) } instead of {M-w, M-z, alpha(em)}. The FlexibleAMU extension provides a calculator of the anomalous magnetic moment of the muon in any model FlexibleSUSY can generate a spectrum for. FlexibleSAS introduces a new solver for the boundary value problem which makes use of semi-analytic expressions for dimensionful parameters to find solutions in models where the classic two-scale solver will not work such as the constrained E-6 SSM. FlexibleEFTHiggs is a hybrid calculation of the Higgs mass which combines the virtues of both effective field theory calculations and fixed-order calculations. All of these extensions are included in FlexibleSUSY 2.0, which is released simultaneously with this manual.
机译：我们记录了具有依赖于外部包SARAH的FlexiblesSusy，Mathematica和C ++包的主要新功能和改进，产生快速和精确的频谱发生器。这里提出的扩展显着增加了FlexiblesSy包的一般性和能力，它已经适用于各种型号，同时保持优雅的结构和易于使用的接口。 FlexibleBSM扩展可以为标准模型的非超对称扩展创建频谱发生器。 FlexiBlecPV扩展将复杂参数的选项添加到频谱发生器，允许使用新的CP违规来源进行许多有趣的模型。 FlexiBlemw计算所生成的模型的MUON的衰减，从而通过使用更精确的Electroweak输入来预测来自输入参数的W玻色子的质量，而不是{MW，MZ，Alpha（EM）}。 FlexiBleamu扩展提供了任何型号FlexiblesSy中的muon的异常磁矩的计算器，可以产生频谱。 FlexiBessas为边界值问题引入了一个新的解算器，它利用了半分析表达式，以便在经典双级求解器不起作用的模型中找到解决方案，例如受约束的E-6 SSM。灵活性是HIGGS质量的混合计算，其结合了有效场理论计算和定期计算的多种。所有这些扩展都包含在FlexiblesSy 2.0中，该2.0将与本手册同时发布。

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