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Magnetite actinidic nanocrystal networks are seen in mountains, oceans, rivers and atmosphere. They are capable of magnetoperception and quantal perception. This indicates that non-life structures can also be conscious like mountains, oceans and rivers with their actinidic magnetite nanocrystal networks. The magnetite nanocrystals can organize itself into the crystals genes and self-replicating organisms with information storage. The magnetite surfaces can provide surface metabolism niches for evolution of abiogenetic metallic magnetotactic prions, RNA, DNA, isoprenoid and glycosaminoglycan…mehr

Produktbeschreibung
Magnetite actinidic nanocrystal networks are seen in mountains, oceans, rivers and atmosphere. They are capable of magnetoperception and quantal perception. This indicates that non-life structures can also be conscious like mountains, oceans and rivers with their actinidic magnetite nanocrystal networks. The magnetite nanocrystals can organize itself into the crystals genes and self-replicating organisms with information storage. The magnetite surfaces can provide surface metabolism niches for evolution of abiogenetic metallic magnetotactic prions, RNA, DNA, isoprenoid and glycosaminoglycan organism-like structures which can symbiose to form actinidic magnetite nanoarchaeal networks in atmosphere, oceans, river, earth and mountains. The actinidic magnetite nanocrystal networks constitute a neural network like intelligence generating environmental consciousness. Environmental magnetite actinide crystal neural network dysfunction can be due to environmental psychosis and climate change.
Autorenporträt
Dr Ravikumar Kurup is the Director of the Metabolic Disorders Research Centre, Trivandrum.