Light Hadronen Phänomenologie

DESY组形成了QCDSF合作的核心，并将产生具有动力学夸克的规范场配置。我们的目的是产生配置分布在广泛的裸参数，使外推的物理结果的连续性和手征极限可以执行。这些配置将提供给研究单位内的其他团队进行进一步分析。DESY小组的计划将侧重于轻强子现象学。研究的内容包括轻强子谱、夸克质量、运行耦合常数、核子形状因子、核子的深度非弹性结构函数（包括高扭曲、弱矩阵元和衰变常数的贡献）、QCD真空动力学和夸克禁闭机制。此外，我们还将微扰重整化和非微扰重整化的工作推广到动力学夸克的情形。

The DESY group forms the core of the QCDSF collaboration and will generate the gauge field configurations with dynamical quarks. The aim is to produce configurations spread over a wide range of bare parameters so that an extrapolation of the physical results to the continuum and chiral limit can be performed. These configurations will be made available to other teams within the research unit for further analysis. The physic´s program of the DESY group will focus on light hadron phenomenology. The topics to be studied are the light hadron spectrum, quark masses, the running coupling constant as, nucleon form factors, the deep-inelastic structure functions of the nucleon including contributions of higher-twist, weak matrix elements and decay constants, and the dynamics of the QCD vacuum and the quark confinement mechanism. Furthermore, we will extend our work on perturbative and non-perturbative renormalization and improvement to the case of dynamical quarks.