SKA Science and Coordination with Multi-messenger facilities

A. Bonaldi, E. Keane, R. Bolton, A. Chrysostomou
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引用次数: 0

Abstract

The Square Kilometre Array (SKA) will be the world’s largest radio telescope. Even in its first stage of deployment (SKA1) it will enable transformational science on a very broad range of scientific objectives. The year 2019 is pivotal for the SKA, as it sees both the transition between the design and construction phases, and between the current Organization and the SKA Observatory as an Inter-Governmental Organization. The SKA will share the stage with several other instruments targeting other wavelengths and other messengers: LIGO, JWST, ALMA, E-ELT, CTA, ATHENA, just to cite some of them. Coordinated observations between these facilities can result in greatly enhanced scientific discoveries, and give the potential to progress our understanding of a wide range of astronomical sources and phenomena.
SKA科学与多信使设施的协调
平方公里阵列(SKA)将是世界上最大的射电望远镜。即使在部署的第一阶段(SKA1),它也将在非常广泛的科学目标上实现变革性科学。2019年对SKA来说是关键的一年,因为它见证了设计和建设阶段之间的过渡,以及当前组织和SKA天文台作为政府间组织之间的过渡。SKA将与其他几台瞄准其他波长和其他信使的仪器共享舞台:LIGO、JWST、ALMA、E-ELT、CTA、ATHENA,这只是其中的一些。这些设施之间的协调观测可以极大地促进科学发现,并有可能提高我们对广泛的天文来源和现象的理解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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