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Atomic structural templates of the earliest life on Earth - vibration and lightning experiments with quartz and amino acids

creativeworkseries.issn1689-6742
dc.contributor.authorPawlikowski, Maciej 
dc.date.available2017-09-27T13:55:16Z
dc.date.issued2012
dc.description.abstractThe atomic structure of minerals and organic molecules is remarkably similar. In particular, between minerals and amino acids, which are the building blocks of life on Earth. The hypothesis tested here is the possibility of energy transfer from minerals to amino acids, in the form of solar energy. The experiments tested the theory that the brighter intensity of light in the early Earth may have kick-started the chemical reactions needed for life. The scenario under investigation is that of light reacting with quartz sand grains exposed at the surface. The quartz grains contain water within the pore spaces, which has basic amino acid structures within in. The experiments determined that the vibration of piezoelectric quartz altered the structure of amino acid molecules.en
dc.description.versionwersja wydawnicza
dc.identifier.issn1689-6742
dc.identifier.nukatdd2015319057
dc.identifier.urihttps://repo.agh.edu.pl/handle/AGH/50112
dc.language.isoeng
dc.relation.ispartofAuxiliary Sciences in Archaeology, Preservation of Relics and Environmental Engineering
dc.rightsFair use of copyrighted works
dc.rights.accessotwarty dostęp
dc.rights.urihttps://repo.uci.agh.edu.pl/info/fair-use
dc.subjectquartzen
dc.subjectacidsen
dc.subjecttemplatesen
dc.titleAtomic structural templates of the earliest life on Earth - vibration and lightning experiments with quartz and amino acidsen
dc.title.relatedAuxiliary Sciences in Archaeology, Preservation of Relics and Environmental Engineering
dc.typeartykuł
dspace.entity.typePublication
publicationissue.issueNumberNo. 14
publicationissue.pagination8 pp.
relation.isAuthorOfPublication0a421b69-d63c-40d8-9d8e-35a5ea13d194
relation.isAuthorOfPublication.latestForDiscovery0a421b69-d63c-40d8-9d8e-35a5ea13d194
relation.isJournalOfPublication4f90d093-7d65-4d3e-bd59-b2d36c172038
relation.isJournalVolumeOfPublicatione06445e5-1589-455f-95ac-a5ac049fa385
relation.isJournalVolumeOfPublication.latestForDiscoverye06445e5-1589-455f-95ac-a5ac049fa385

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