GRK 1675: Particle and Astroparticle Physics in the Light of LHC

这个研究培训小组的目标是检查粒子物理标准模型的局限性。随着大型强子对撞机加速器的投入使用，我们预计在未来几年这一领域将取得重大的新成果。我们希望它们将使我们能够为基础研究的基本问题的答案做出贡献，例如基本粒子的质量起源、暗物质的性质、宇宙中物质-反物质不对称的原因，甚至可能是广义相对论和量子场论的统一。研究培训小组将通过自己的研究方案参与制定这些问题。该方案的实验研究小组正在参加日内瓦大型强子对撞机加速器的CMS实验、国际空间站的AMS实验、阿根廷的Pierre Auger项目、南极的冰立方实验以及中微子物理的各种实验。通过将天体粒子物理学和粒子物理学结合在一个地点，我们有可能在理论和实验之间的相互作用中用互补的方法来研究这些问题。亚琛的各个研究小组在各自的领域都处于非常有利的地位。

The goal of this Research Training Group is to examine the limits of the standard model of particle physics. With the commissioning of the LHC accelerator, we expect significant new results in this field in the coming years. We hope that they will allow us to contribute to the answers of fundamental questions of basic research such as the origin of mass of elementary particles, the nature of dark matter, the cause of matter-antimatter asymmetry in the universe and perhaps even the unification of general relativity theory and quantum field theory. The Research Training Group will participate in the development of these issues by its own research programme. The experimental research groups of the programme are participating in the CMS experiment at the LHC accelerator in Geneva, in the AMS experiment on the International Space Station, in the Pierre Auger project in Argentina, in the IceCube experiment at the South Pole and in various experiments of neutrino physics. By combining astro-particle physics and particle physics at one site we have the possibility that these questions can be examined with complementary approaches in the interplay between theory and experiment. The individual research groups in Aachen are each positioned very well in their fields.