Planetary System Dynamics

行星系统动力学

• 批准号: 353859353
• 负责人: Professor Dr. Andreas Quirrenbach
• 金额: --
• 依托单位: Landessternwarte Königstuhl (LSW)
• 依托单位国家: 德国
• 项目类别: Research Units
• 财政年份: 2017
• 资助国家: 德国
• 起止时间: 2016-12-31 至 2020-12-31
• 项目状态: 已结题
• 来源: https://gepris.dfg.de/gepris/projekt/353859353?language=en
• 关键词: Planetary; System; Dynamics

The goal of project P6 on planetary system dynamics is the dynamical modeling of multiple planetary systems that will be discovered in the course of the CARMENES Survey. Gravitationally interacting planets in a system can tell as much more about their formation and evolution than planets in single systems where those interactions cannot be observed. On top of that the assumption of dynamical stability can even sometimes constrain inclinations and thus individual planet masses in multiple planetary systems.We will carry out dynamical simulations using the SyMBA package in conjunction with a grid search covering a large parameter space in order to assess dynamical stability, the presence of resonances and mutual inclinations among the CARMENES multiple planetary systems. Furthermore, we will also derive ensemble quantities which are tightly linked to the formation and evolution of planetary systems such as the distribution of mutual inclinations or eccentricities. Finally, the analysis of dynamical simulations of multiple or single planetary systems into which potential planets in the habitable zone have been injected can tell us which fraction of systems could in principle harbor planets in the habitable zone, even if those planets do not show up inthe CARMENES data directly. Dynamical simulations will thus help to make full use of the information hidden in the CARMENES data.

行星系统动力学项目P6的目标是多个行星系统的动态建模，这些模型将在Carmenes调查过程中发现。与无法观察到这些相互作用的单个系统中的行星相比，系统中的重力相互作用的行星可以说出它们的形成和进化。最重要的是，动态稳定性的假设甚至有时甚至可以限制倾斜度，因此在多个行星系统中的单个行星质量。我们将使用SYMBA软件包进行动态模拟，并结合网格搜索范围涵盖较大的参数空间，以评估动态稳定性，共鸣和相互倾斜度的存在，以及在Carmenes多个Planet Mustand PlaneTareS中的存在。此外，我们还将得出与行星系统的形成和演化紧密相关的集成数量，例如相互倾向或偏心率的分布。最后，对多个行星系统或单个行星系统的动态模拟进行分析，即使这些行星直接直接在卡门犬数据中显示出这些行星，也可以告诉我们哪一部分系统可以告诉我们哪些系统可以在宜居区域内进行哪一部分。因此，动态模拟将有助于充分利用隐藏在卡门群数据中的信息。