NASA Jet Propulsion Laboratory, California Institute of Technology, Pasadena, California, USA.
Astrobiology. 2024 Aug;24(8):839-844. doi: 10.1089/ast.2024.0045.
The 2023-2032 Planetary Science and Astrobiology Decadal Survey prioritized the Uranus Orbiter and Probe (UOP) mission concept as the next priority flagship mission. The UOP concept includes scientific studies of the Uranian moon system. Although the Uranian moons differ greatly from the ocean worlds in the Jovian and Saturnian systems, the emerging hypothesis is that some of them could at least sustain thin, potentially concentrated, oceans. Herein, we make a case that these moons are important and interesting targets of astrobiological research. Studying these worlds would provide critical astrobiological data related to their habitability, including origin, evolution, and potential death, as well as the formation and evolution of ocean worlds more broadly. There is a strong need for research that connects astrobiology to modeling and experimentation to better characterize the possible conditions of these worlds, and this will be critical in formulating and maximizing the potential science that could be done by a Uranus flagship mission.
2023-2032 行星科学和天体生物学十年调查将天王星轨道器和探测器 (UOP) 任务概念列为下一个优先旗舰任务。UOP 概念包括对天王星卫星系统的科学研究。尽管天王星的卫星与木星和土星系统中的海洋世界有很大的不同,但新兴的假设是,其中一些卫星至少可以维持稀薄的、可能集中的海洋。在此,我们认为这些卫星是天体生物学研究的重要且有趣的目标。研究这些世界将提供与它们的宜居性相关的关键天体生物学数据,包括起源、演化和潜在的死亡,以及更广泛的海洋世界的形成和演化。强烈需要将天体生物学与建模和实验联系起来的研究,以更好地描述这些世界的可能条件,这对于制定和最大限度地发挥天王星旗舰任务的潜在科学意义至关重要。