Diamond As Template

The octahedral (111) faces of nanodiamond could also form polygon-shaped organic molecules, such as the hexagonal ben-zenoids and the pentagon fructose. These ring molecules are building blocks of complicated amino acids of proteins (Fig. 2.5). They are also necessary for assembling into the base components of DNA.

During the supernova's explosion, the surface of most nanodi-amond might be converted to graphitic layers, among them were fullerenes and carbon onions. The curved surface atoms may form

Figure 2.3. Amino acids could be derived from molecules of methane and other simple compounds. The integration of these components could be facilitated by surface reactions of nanodiamond particles.
Figure 2.4. Nanodiamond in the early universe might anchor different types of amino acids that could be flaked off to form platinoids, the precursor of proteins.
Figure 2.5. The hexagon spiral of diamond's (111) face could be stretched or molted to cultivate benzene rings. The nitrogen-terminated diamond face might shed the nitride derivatives of benzinoids.

the mold or they flake off to become hexagonal and pentagonal molecules (Fig. 2.6). The absorbent on hexagons might assemble to form benzinoids. The ribose could be imaged from fructose. If phosphate molecules were around in the primordial broth of the Earth, the primitive RNA might be assembled by chance.

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