Particle physics phenomenology

研究方向应在粒子物理现象学领域。特别是现代分析方法的应用和/或发展，以及微扰计算的计算机代数技术。本研究的结果应与当前和预期的实验数据进行比较。杰克应该使用现代技术进行微扰计算以及重整化理论，并将这些技术应用于标准模型内外的粒子物理现象学。重点应该放在解决标准模型缺陷的模型上，比如目前无法解释的宇宙暗物质含量。例如，现代摄动技术可以用来提供一个共同的框架，使来自不同实验的可观测值的理论预测相互关联，或者使相关可观测值的理论预测更加敏锐，从而增加新的物理范围。

The research should be in the field of particle physics phenomenology. In particular on the application and/or development of modern analytical methods as well as computer algebraic techniques for perturbative calculations. Results of this research should be compared with current and expected experimental data. Jack should use the modern techniques for perturbative calculations as well as renormalisation theory and apply these techniques to particle physics phenomenology in and beyond the standard model. The focus should be on models that address shortcomings of the standard model such as the currently unexplained dark matter content of the universe. The modern perturbative techniques could for example be used to provide a common framework that allows the correlation of theory predictions of observables coming from different experiments or to sharpen the theory predictions for relevant observables that leads to an increased new physics reach.