欧空局GAIA任务的基础物理学

François Mignard
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引用次数: 0

摘要

欧空局咨询委员会已经选择了天体测量任务盖亚作为未来科学计划的基石之一。盖亚的主要任务是通过天体测量、光度测量和光谱测量来研究银河系的历史、形成和演化,但它在一些基础物理学领域也表现出了非凡的能力。在简要介绍了测量原理和预期精度之后,我重点介绍了物理学家最关心的三个主题:准惯性机框架的定义和实现,引力理论的PPN公式的测试,最后确定引力常数可能的时间变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fundamental physics with the ESA mission GAIA

esa advisory committees have selected the astrometry mission gaia as one of the future cornerstones of the science program. gaia is primarily a mission to study the history, formation and evolution of the Galaxy from astrometric, photometric and spectroscopic measurements, but it also displays remarkable capabilities in some areas of fundamental physics. After introducing briefly the measurement principles and the expected accuracy, I focus on the three topics most relevant for the physicists: the definition and realization of a quasi-inertial machian frame, the testing of the PPN formulation of the gravitational theory and finally a determination of the possible time change of the gravitational constant.

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