Model-building for flavour near the TeV scale

在构建标准模型的后继者时，一直以来主要考虑的是电弱标度的稳定性(自然度)问题，由此产生了超对称性和复合Higgs范例。虽然(到目前为止)没有观测到预期的新粒子令人费解，但越来越多令人信服的间接证据表明，在一些精确度、味道-物理测量中，1-10TeV范围内的新粒子，这是标准范例中一般不期望的一种。这个项目的目的是建立可行的理论机制，产生观察到的效应，同时解决自然度问题和通常与之相关的信号的缺乏，并探索与其他现象(例如，暗物质和早期宇宙的演化)的可能联系。

The main consideration in constructing a successor to the Standard Model has long been the problem of stability (naturalness) of the electroweak scale, giving rise to the supersymmetry and composite Higgs paradigms. While the non-observation (so far) of the expected new particles is puzzling, there is increasingly compelling indirect evidence for new particles in the 1-10 TeV range in a number of precision, flavour-physics measurements, of a kind that is not generically expected in the standard paradigms. The aim of this project is to construct viable theoretical mechanisms that give rise to the observed effects, while addressing the naturalness problem and the absence of the signals usually associated with it, and explore possible connections with other phenomena (e.g., dark matter and evolution of the early universe).