Titlebook: Darwinian Evolution of Molecules; Physical and Earth-H Hiromoto Nakazawa Book 2018 Springer Nature Singapore Pte Ltd. 2018 Origin and evolu

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Why Did Life Generate? Why Does Life Evolve? Physical Perspective of the Origin of Life,The question “Why did life generate?” asks essentially the same question as “Why does life evolve?” since it demands a physical reason for the organization of organic molecules to higher complexity in the dynamic environment on Earth. As reviewed in Chapter 1, Earth has been radiating heat to space

致命

What Is the Ultimate Ancestor? Evidence from Fossils and Gene Analyses,rigin of life by following the biological evolutionary phylogenetic tree provided by evidence from the fossil record and the research results that suggest an “ultimate ancestor” by the analysis of biomolecules, such as genes and proteins.

Oratory

,“Miller–Urey Experiment” in the Recent Picture of the Early Earth,Earth. The presently known cooling history of the early Earth suggests rather a reasonable mechanism of organic molecule formation; i.e., the “late heavy bombardment” (LHB) of meteorites at 4.0 ~3.8 b.y.a. would have led to the chemical conditions to produce a large amount of organic molecules on th

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Origin of Organic Molecules and Natural Selection of Bioorganic Molecules, Bang” hypothesis of organic molecules, is proposed here; i.e., a large amount of organic molecules were produced in the post-impact plumes of heavy bombardment of meteorites on the ocean between 4.0 and 3.8 b.y.a. The reality of the hypothesis is experimentally confirmed by impact experiments. In v

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Molecular Evolution in Deep Subterranean Regions,tionality of the a priori assumption, “an ancient sea was the mother of life,” and consequently dispel its myth. In place of the ancient sea belief, a hypothesis, “molecular evolution in deep subterranean regions,” will be proposed. Under this hypothesis, organic molecules naturally polymerize to ma

Provenance

The Last Stage of Molecular Evolution to the Birth of Life: Individuals, Metabolism, and Heredity,countered potentially hydrolytic conditions, and how they survived and evolved further to the level of proto-life having the attributes of individuality, metabolism, and heredity. This chapter thus describes the last stage of the birth of life. There exists a mechanism of evolution beyond the regime

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,Summary: The Evolutionary Phylogenetic Tree of the Earth’s Light Elements,lements.” It shows the process of the Darwinian evolution of molecules from their appearance on the Earth to the present biodiversity via the birth of life. The outline of a scenario of the spectacular drama, The Birth of Life, is also described.

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,“Miller–Urey Experiment” in the Recent Picture of the Early Earth,e Earth’s surface. Simulation experiments of meteorite impact to ocean have confirmed the phenomena of evaporation of rock-forming minerals and of a mass production of ammonia, a precursor of amino acid, in post-impact plume.

百灵鸟

Origin of Organic Molecules and Natural Selection of Bioorganic Molecules,arious organic molecules so formed, bioorganic molecules could only survive by their water-soluble and clay-affinitive natures. This was the first natural selection in molecular evolution toward the birth of life