Ravikumar Kurup

The exposure to low level EMF fields related to internet usage produces endosymbiotic archaeal growth in the brain and neanderthalisation of the human brain. The archaeaons and porphyrions are capable of magnetoperception and quantal perception of low level EMF fields which leads to further archaea endosymbiosis. The low level EMF fields produced by endosymbiotic neuronal archaea can modulate internet function leading to two-way communications between the internet and the human brain producing man-machine hybrids. The endosymbiotic archaeal perception of low level EMF fields leads to cerebral cortical atrophy and cerebellar dominance producing a cerebellar cognitive affective disorder. This leads to epidemic autism and a robotic brain. The autistic robotic brain is primed to interact with the internet and is regulated by it leading to digislaves who are slaves to the internet. The robots themselves are conscious based on panpsychism and robot-human hybrids become superconscious superhumans. The internet addicts with a robotic autistic brain function as digisexuals and form a new human species the homo roboticus.

The theory of hereditability of acquired characteristics puts natural cooperation as opposed to natural selection as the basis of evolution. The endosymbiotic archaea secrete RNA viroids. The archaeal RNA viroids are converted to DNA viroids by endogenous HERV reverse transcriptase and integrated into the genome by HERV integrase. Archaeal endosymbiosis can occur consequent to global warming which leads to increased colonic archaeal growth and endosymbiosis. Archaeal endosymbiosis can occur following dietary fibre deficiency, stress and exposure to EMF. The archaea will secrete RNA viroids which can get converted to DNA viroids and get integrated into the genome functioning as jumping genes modulating gene expression. The RNA viroids and their DNA templates getting integrated into the genome consequent to environmental stress leads to genomic flexibility and dynamicity which can be inherited. The archaeal endosymbiosis and symbiotic genomics lead to human evolution and development of the human brain with its unique characteristics. Symbiotic genomics can regulate brain function, immunity, metabolism and cell cycle changes. It is the symbiotic archaea that make us humans.

Lamarckian hereditability of acquired characteristics proposed natural cooperation as opposed to natural selection. The endosymbiotic archaea secrete RNA viroids. The archaeal RNA viroids are converted to DNA viroids by endogenous HERV reverse transcriptase and integrated into the genome by HERV integrase. Archaeal endosymbiosis can occur consequent to global warming, stress, dietary fibre deficiency and exposure to low level EMF which leads to increased colonic archaeal growth and endosymbiosis. The archaea will secrete RNA viroids which can get converted to DNA viroids and get integrated into the genome functioning as jumping genes modulating gene expression. The RNA viroids and their DNA templates getting integrated into the genome consequent to environmental stress leads to genomic flexibility and dynamicity which can be inherited. Exposure to environmental stress can alter the genome changing body function in response to stress and genomic change which is acquired is hereditable. Symbiotic genomics forms the basis of global anarchic culture - the tribe of urban nomadic, anarcho-capitalistic, androgynous pagans.

Lamarckian hereditability of acquired characteristics proposed natural cooperation as opposed to natural selection. The endosymbiotic archaea secrete RNA viroids. The archaeal RNA viroids are converted to DNA viroids by endogenous HERV reverse transcriptase and integrated into the genome by HERV integrase. Archaeal endosymbiosis can occur consequent to global warming, stress, dietary fibre deficiency and exposure to low level EMF which leads to increased colonic archaeal growth and endosymbiosis. The archaea will secrete RNA viroids which can get converted to DNA viroids and get integrated into the genome functioning as jumping genes modulating gene expression. The RNA viroids and their DNA templates getting integrated into the genome consequent to environmental stress leads to genomic flexibility and dynamicity which can be inherited. Exposure to environmental stress can alter the genome changing body function in response to stress and genomic change which is acquired is hereditable. Symbiotic genomics forms the basis of Brain Function, Immunity, Metabolic Integration and Cell Cycle Changes - the Generation of Disease Phenotype.

Lamarckian hereditability of acquired characteristics proposed natural cooperation as opposed to natural selection. The endosymbiotic archaea secrete RNA viroids. The archaeal RNA viroids are converted to DNA viroids by endogenous HERV reverse transcriptase and integrated into the genome by HERV integrase. Archaeal endosymbiosis can occur consequent to global warming, stress, dietary fibre deficiency and exposure to low level EMF which leads to increased colonic archaeal growth and endosymbiosis. The archaea will secrete RNA viroids which can get converted to DNA viroids and get integrated into the genome functioning as jumping genes modulating gene expression. The RNA viroids and their DNA templates getting integrated into the genome consequent to environmental stress leads to genomic flexibility and dynamicity which can be inherited. Exposure to environmental stress can alter the genome changing body function in response to stress and genomic change which is acquired is hereditable. Symbiotic genomics forms the basis of generation of new emerging viruses and superbugs.

Lamarckian hereditability of acquired characteristics proposed natural cooperation as opposed to natural selection. The endosymbiotic archaea secrete RNA viroids. The archaeal RNA viroids are converted to DNA viroids by endogenous HERV reverse transcriptase and integrated into the genome by HERV integrase. Archaeal endosymbiosis can occur consequent to global warming, stress, dietary fibre deficiency and exposure to low level EMF which leads to increased colonic archaeal growth and endosymbiosis. The archaea will secrete RNA viroids which can get converted to DNA viroids and get integrated into the genome functioning as jumping genes modulating gene expression. The RNA viroids and their DNA templates getting integrated into the genome consequent to environmental stress leads to genomic flexibility and dynamicity which can be inherited. Exposure to environmental stress can alter the genome changing body function in response to stress and genomic change which is acquired is hereditable. Symbiotic genomics forms the basis of species, caste and race.

The theory of hereditability of acquired characteristics rejected the Darwinian theory of natural selection and competition leading to survival of the fittest. It proposed natural cooperation as opposed to natural selection. The endosymbiotic archaea secrete RNA viroids. The archaeal RNA viroids are converted to DNA viroids by endogenous HERV reverse transcriptase and integrated into the genome by HERV integrase. Archaeal endosymbiosis can occur consequent to global warming, dietary fibre deficiency, stress and exposure to low level EMF which leads to increased colonic archaeal growth and endosymbiosis. The archaea will secrete RNA viroids which can get converted to DNA viroids and get integrated into the genome functioning as jumping genes modulating gene expression. The RNA viroids and their DNA templates getting integrated into the genome consequent to environmental stress leads to genomic flexibility and dynamicity which can be inherited. Exposure to environmental stress can alter the genome changing body function in response to stress and genomic change which is acquired is hereditable. This fits in with the neo-Lamarckian concept of hereditability of acquired characteristics.