The measurement of gamma using the LHCb Run II dataset

丰富我们对夸克弱相互作用的理解是LHCb物理计划的基石。没有更好的是，这比在BDh衰变的CP不对称性的测量，其中大的电荷不对称性已经建立了由牛津大学组在运行I数据集。这些大的不对称性有一个简单的关系，以潜在的虚相位信息，是嵌入在，但不规定，电弱理论。学生在第二次实验中的角色是运用我们小组从第一次实验中获得的所有经验来策划第二次实验数据的分析。论文工作的结论应该减少的错误的中心参数的利益，CKM相位伽玛，3-4（目前9-10）。学生还将在CERN度过一段时间，在那里他们将参与日常操作，或为未来的升级进行探测器研发。

Enriching our understanding of the weak interaction of quarks is the bedrock of the LHCb physics programme. No better is this exemplified than in the measurement of CP asymmetries in BDh decays where large charge asymmetries have already been established by the Oxford group in the Run I dataset. These large asymmetries have a simply relationship to the underlying imaginary phase information that is embedded in, but not prescribed by, electroweak theory. The student's role over the course of Run II will be to mastermind the analysis of Run II data using all the experience that our group has gathered from Run I. The conclusion of the thesis work should reduce the error on the central parameter of interest, the CKM phase gamma, to 3-4 (currently 9-10). The student will also spend an extended period located at CERN where they will be involved with the daily operation, or perform detector R&D for a future upgrade.