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Physical conditions in the early Solar system and life origin: compatible models

机译:早期太阳系和生命来源的物理条件:兼容型号

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The article discusses the physical conditions in the early Solar system and on Earth, determining the origin, selection and development of the first living systems. The role of the young Sun dynamics, cosmic rays, magnetic fields and other protective shells of the Earth in the formation of the biosphere is emphasized. The selection of a single genetic code, ancient methods of long-term storage of energy and adaptive technologies of the first living systems occurred under the influence of cosmological and geophysical factors. A hypothesis was suggested that the accumulation of energy in polyphosphates without the participation of solar radiation could have ensured the survival of the primary biosphere in the conditions of the low luminosity of the young Sun.
机译:本文讨论了早期太阳系和地球上的物理条件,确定了第一生活系统的起源,选择和开发。 强调了年轻的阳光动力学,宇宙射线,磁场和地球的其他保护壳在形成生物圈的形成中的作用。 选择单一遗传码,古代储存的古代储存能量和自适应技术的第一生活系统的影响发生在宇宙学和地球物理因素的影响下。 建议假设,在没有太阳辐射的参与的情况下,多相磷酸盐中的能量积累可以确保在幼小太阳的低光度的条件下确保原发性生物圈的存活。

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