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Complex organics in space from Solar System to distant galaxies

机译:从太阳系到遥远星系的空间中的复杂有机物

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Recent observational and experimental evidence for the presence of complex organics in space is reviewed. Remote astronomical observations have detected similar to 200 gas-phased molecules through their rotational and vibrational transitions. Many classes of organic molecules are represented in this list, including some precursors to biological molecules. A number of unidentified spectral phenomena observed in the interstellar medium are likely to have originated from complex organics. The observations of these features in distant galaxies suggests that organic synthesis had already taken place during the early epochs of the Universe. In the Solar System, almost all biologically relevant molecules can be found in the soluble component of carbonaceous meteorites. Complex organics of mixed aromatic and aliphatic structures are present in the insoluble component of meteorites. Hydrocarbons cover much of the surface of the planetary satellite Titan and complex organics are found in comets and interplanetary dust particles. The possibility that the early Solar System, or even the early Earth, have been enriched by interstellar organics is discussed.
机译:综述了最近的观察性和实验证据在空间中存在复杂有机物。通过其旋转和振动过渡检测到远程天文观察结果与200个气相分子相似。在该列表中表示许多类的有机分子,包括生物分子的一些前体。在星际培养基中观察到的许多未识别的光谱现象可能产生复杂的有机物。远处星系中这些特征的观察表明,在宇宙的早期时期已经发生了有机合成。在太阳系中,几乎所有生物学相关分子都可以在碳质陨石的可溶性组分中找到。混合芳族和脂族结构的复杂有机物存在于陨石的不溶性组分中。碳氢化合物覆盖了行星卫星钛的大部分表面,在彗星和截然粉尘颗粒中发现了复杂的有机物。讨论了早期的太阳系或甚至早期地球的可能性,讨论了星际有机物的富集。

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