B介子两体非轻衰变及新物理效应的唯象研究的开题报告

精品文档---下载后可任意编辑B 介子两体非轻衰变及新物理效应的唯象讨论的开题报告摘要：本文将讨论 B 介子两体非轻衰变的唯象物理效应及可能涉及的新物理。首先介绍了 B 介子的基本性质和两体非轻衰变的实验背景。然后讨论了唯象模型——矢量-标量(UV)的形式，该形式被用来描述 B 介子的不同衰变模式。在此基础上，分析了 B 介子两体非轻衰变与标准模型的理论预测进行比较的结果，说明了可能存在的新物理效应。接下来，介绍了本文所使用的数值工具和计算方法，包括大规模蒙特卡罗(simulation-based)方法、MCMC 贝叶斯统计方法、以及一些常用的物理软件。最后，讨论了本文的讨论计划，包括进一步完善和改进唯象模型，开发更高效的数值工具，壮大实验数据的样本量，加入更多的数据样本等。关键词：B 介子，两体非轻衰变，唯象模型，新物理效应，数值工具。Abstract：This paper studies the phenomenological physics effects of B meson two-body non-light decay and possible new physics involved.Firstly, the basic properties of B meson and the experimental background of two-body non-light decay are introduced. Then the phenomenological model - vector-scalar (UV) form is discussed, which is used to describe different decay modes of B meson. On this basis, the results of comparing B meson two-body non-light decay with the theoretical predictions of the standard model are analyzed, and the possible new physics effects are explained.Next, the numerical tools and calculation methods used in this paper are introduced, including large-scale Monte Carlo (simulation-based) method, MCMC Bayesian statistical method, and some commonly used physics software.精品文档---下载后可任意编辑Finally, the research plan of this paper is discussed, including further perfecting and improving the phenomenological model, developing more efficient numerical tools, strengthening the sample size of experimental data, and adding more data samples.Keywords: B meson, two-body non-light decay, phenomenological model, new physics effects, numerical tools.