论文标题
嵌入的风味对称性 - 地球仪（fase-globes）
Flavour Symmetry Embedded -- GLoBES (FaSE-GLoBES)
论文作者
论文摘要
基于风味对称性的中微子模型提供了解释微小中微子质量起源的自然方法。在中微子混合参数精确测量的曙光中，可以通过持续和上午的中微子实验来限制中微子质量模型。我们提出了一般长基线实验模拟器（Globes）的补充工具风味对称性（FASE），可以通过链接https://github.com/tcwphy/fase_globes获得。它可以将中微子质量模型参数转换为标准中微子振荡参数，并以用户友好的方式提供先验功能。我们通过四个示例证明了模型参数如何受到限制以及模型是否被实验排除在外的四个示例。我们希望该工具包能有效有效地促进新的中微子质量模型的研究。
Neutrino models based on flavour symmetries provide the natural way to explain the origin of tiny neutrino masses. At the dawn of precision measurements of neutrino mixing parameters, neutrino mass models can be constrained and examined by on-going and up-coming neutrino experiments. We present a supplemental tool Flavour Symmetry Embedded (FaSE) for General Long Baseline Experiment Simulator (GLoBES), and it is available via the link https://github.com/tcwphy/FASE_GLoBES. It can translate the neutrino mass model parameters to standard neutrino oscillation parameters and offer prior functions in a user-friendly way. We demonstrate the robustness of FaSE-GLoBE with four examples on how the model parameters can be constrained and even whether the model is excluded by an experiment or not. We wish that this toolkit will facilitate the study of new neutrino mass models in an effecient and effective manner.
