Theory and phenomenology of hadronic jets in the Standard Model and beyond

该项目的重点是强子喷流的物理学，高度准直的强子束，在现代对撞机的高能事件中无处不在。喷流事件可以在量子色动学（QCD），强相互作用理论的框架内进行研究。该研究将集中在两个不同的能量尺度特征的过程的描述。这样的事件在大型强子对撞机（LHC）中很常见，在那里产生高质量的粒子，同时对额外的射流施加能量限制。该项目可能追求的另一个方向是将喷流物理学应用于基本粒子标准模型之外的物理研究。

The project focuses on the physics of hadronic jets, highly collimated bunches of hadrons, that are ubiquitous in high energy events at modern colliders. Jet events can be studied in the framework of Quantum Chromo-Dynamics (QCD), the theory of strong interactions. The research will focus on the description of processes characterised by two disparate energy scales. Such events are quite common at the Large Hadron Collider (LHC), where one produces high-mass particles, and at the same time imposes energy restrictions on additional jets. Another direction the project may pursue is the application of jet physics to searches of physics beyond the Standard Model of elementary particles.