我们后院的外天体:从任务到附近星际物体的科学

T. Eubanks, J. Schneider, A. Hein, A. Hibberd, R. Kennedy
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引用次数: 6

摘要

最近发现的第一个被证实的星际物体(ISO)在明显的双曲线物体上穿过太阳系,为近期的ISO任务打开了可能性,无论是对两个已知的物体,还是对未来发现的类似物体。这样的iso是我们在不久的将来有机会直接接触到的唯一的系外天体。本白皮书重点介绍了航天器对附近iso进行原位探测的科学可能性。这样的航天器任务现在在技术上是可行的,并且是2023-2032年十年调查期间合适的潜在任务。航天器任务可以通过小型亚探针撞击器和质谱仪或高分辨率紫外光谱仪在近距离飞掠中确定ISO的结构和化学和同位素组成;这项技术对于快速探测海王星外天体(TNOs)和长周期彗星也很有用。ISO的探索有可能大大提高我们对星系演化、行星形成和天体生物学重要物质在星系中循环的认识。
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Exobodies in Our Back Yard: Science from Missions to Nearby Interstellar Objects
The recent discovery of the first confirmed Interstellar Objects (ISOs) passing through the Solar System on clearly hyperbolic objects opens the potential for near term ISO missions, either to the two known objects, or to similar objects found in the future. Such ISOs are the only exobodies we have a chance of accessing directly in the near future. This White Paper focuses on the science possible from in situ spacecraft exploration of nearby ISOs. Such spacecraft missions are technically possible now and are suitable potential missions in the period covered by the 2023-2032 Decadal Survey. Spacecraft missions can determine the structure and the chemical and isotopic composition of ISO in a close flyby coupled with a small sub-probe impactor and either a mass spectrometer or a high resolution UV spectrometer; this technology will also be useful for fast missions to TransNeptune Objects (TNOs) and long period comets. ISO exploration holds the potential of providing considerable improvements in our knowledge of galactic evolution, of planetary formation, and of the cycling of astrobiologically important materials through the galaxy.
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