Confirming or refuting physics beyond the SM in multibody B decays

LHCB实验在衰变过程中提供了超越标准模型的物理暗示，例如b夸克到S夸克的跃迁，如b&gt；SLL衰变。此外，该实验正在对SM中的CP违反机制进行严格的测试。这两个主题都依赖于对百万衰变的10s-100s的幅度分析。这些分析是计算密集的过程，布里斯托尔LHCb小组领导了这类技术的发展。该项目将涉及多体B-强子衰变的幅度分析，以证实或驳斥SM的当前张力，并对美夸克衰变中的CP破坏进行最精确的测量。

The LHCb experiment has provided strong hints of physics beyond the standard model in decays such as the transition of a b-quark to an s-quark such as b->sll decays. In addition the experiment is working on performing stringent tests of the CP-violation mechanism in the SM. Both these topics rely on the amplitude analyse of 10s-100s of millions decays. These analysis are computationally intensive processes and the Bristol LHCb group leads the development of such techniques. The project would involve working on amplitude analyses of a multibody B-hadron decays in order to confirm or refute the current tensions to the SM and perform the most precise measurements of CP violation in beauty quark decays.