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The nanoarchaeal symbiosis evolves into symbiotic tissue organism networks and flying bat primate colonies. The flying bat primate colonies evolved into human species -Homo neanderthalis and hibernatory Homo floresiensis. The species states are fluid and are related to geochemical states and the war of sex determining genes. The global warming related evolution of Homo neoneanderthalis and Homo neofloresiensis also indicates a pattern of evolutionary cycles in relation to climate change. The human species/evolutionary states and stellar evolution are comparable evolutionary events and…mehr

Produktbeschreibung
The nanoarchaeal symbiosis evolves into symbiotic tissue organism networks and flying bat primate colonies. The flying bat primate colonies evolved into human species -Homo neanderthalis and hibernatory Homo floresiensis. The species states are fluid and are related to geochemical states and the war of sex determining genes. The global warming related evolution of Homo neoneanderthalis and Homo neofloresiensis also indicates a pattern of evolutionary cycles in relation to climate change. The human species/evolutionary states and stellar evolution are comparable evolutionary events and geochemical cycles. The species states in relation to geochemical states and human evolution gives a matrix to analyse behaviour of humans, societies and nations. It also provides a matrix to analyse economy, trade, politics, religion, diplomacy, international relations, war art, literature, music and dance. The nanoarchaeal and symbiotic tissue organism networks can be related to the origin of life, universe, consciousness and species. This can be described as an evolution of the world of Asuras to the world of Lord Rama.
Autorenporträt
Dr Ravikumar Kurup is the Director of the Metabolic Disorders Research Centre, Trivandrum.