Is There a Field-Theoretic Explanation For Precursor Biopolymers?

Details Is There a Field-Theoretic Explanation For Precursor Biopolymers? Is There a Field-Theoretic Explanation For Precursor Biopolymers?

Aug 2002

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2002oleb...32..299r&link_type=abstract

Origins of Life and Evolution of the Biosphere, v. 32, Issue 4, p. 299-302 (2002).

Physics

Chirality-Producing Interaction, Cold Dark Matter, Precursor Biopolymers

Scientific paper

A Hu-Barkana-Gruzinov cold dark matter scalar field φ may enter a weak isospin invariant derivative interaction that causes the flow of right-handed electrons to align parallel to (-->∇φ). Hence, in the outer regions of galaxies where (-->∇φ) is large, as in galactic halos, the derivative interaction may induce a chirality-imbued quantum chemistry. Such a chirality-imbued chemistry would in turn be conducive to the formation of abundant precursor biopolymers on interstellar dust grains, comets and meteors in galactic halo regions, with subsequent delivery to planets in the inner galactic regions where φ and (-->∇φ) are concomitantly near zero and left-right symmetric terrestrial quantum chemistry prevails.

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