Das Bewusstsein ist in der Quantengravitation strukturiert und die bewussten Quantenfelder haben einen freien Willen. Dies wird als quantaler Panpsychismus bezeichnet. Das Bewusstsein ist nicht auf das Gehirn beschränkt, sondern erstreckt sich über das Gehirn hinaus und ist nicht durch Raum oder Zeit begrenzt. Das Bewusstsein, das in quantalen Gravitationsquantenfeldern strukturiert ist, erstreckt sich über das gesamte Universum, wobei sich die Wellen in diesem Ozean als Teilchen manifestieren. Die Wahrnehmungsqualitäten sind Quantenzustände in den Quantenfeldern und existieren als...
Das Bewusstsein ist in der Quantengravitation strukturiert und die bewussten Quantenfelder haben einen freien Willen. Dies wird als quantaler Panpsych...
La conscience est structurée par la gravité quantique et les champs quantiques conscients avec leur libre arbitre. C'est ce qu'on appelle le panpsychisme quantique. La conscience n'est pas confinée au cerveau, mais s'étend hors du cerveau et n'est pas limitée par l'espace ou le temps. La conscience structurée en champs quantiques de gravité s'étend à tout l'univers et les ondulations de cet océan se manifestent sous forme de particules. Les qualia perceptuels sont des états quantiques dans les champs quantiques et existent en tant que superpositions. Les qualia perceptuels existent...
La conscience est structurée par la gravité quantique et les champs quantiques conscients avec leur libre arbitre. C'est ce qu'on appelle le panpsyc...
The nanoarchaea can symbiose with actinobacteria, cyanobacteria, magnetotactic bacteria and spirochetes to form magnetotactic eukaryotes which would have evolved into multicellular magnetotactic eukaryotes called as magnetotactic symbiotic tissue organism protist network. This can evolve into multicellular eukaryotes like plants, animals & humans. Magnetoperception and magnetite nanocrystals are common among archaea, prokaryotes, eukaryotes, protist, plants, animals & humans. Thus magnetite and magnetoperception would have played an important role in eukaryotic & human evolution. Magnetite...
The nanoarchaea can symbiose with actinobacteria, cyanobacteria, magnetotactic bacteria and spirochetes to form magnetotactic eukaryotes which would h...
The magnetotactic bacteria as well as magnetite cyanide self-replicating complexes generated from gravitational field gives rise to the intergalactic magnetic field. The twisting of the intergalactic magnetic fields generated by magnetotactic bacteria as well as magnetite cyanide self-replicating complexes leads to condensation of the gas giving rise to star systems of stars and planets. Stars and planets can be considered as magnetotactic protist symbiotic tissue organism networks with capability of biological fission and fusion. The magnetotactic bacteria are seen in Martian meteorites and...
The magnetotactic bacteria as well as magnetite cyanide self-replicating complexes generated from gravitational field gives rise to the intergalactic ...
The magnetite nanocrystals can organize itself into the crystals genes and self-replicating organisms with information storage. Magnetite actinidic nanocrystal networks are present in bacteria, viral, prion and archaeal colonies. The magnetite actinidic neural networks are capable of quantal perception and magnetoperception. This gives rise to conscious bacterial, viral, prion and archaeal colonies. They function as Swarm Intelligence and Biological Quantal Computing Clouds. They can constitute archaeal, bacterial, prion and viral Intelligence networks. Biological nanoarchaeal, viral and...
The magnetite nanocrystals can organize itself into the crystals genes and self-replicating organisms with information storage. Magnetite actinidic na...
The nanoarchaea can symbiose with actinobacteria, cyanobacteria, magnetotactic bacteria & spirochetes to form magnetotactic eukaryotes which would have evolved into multicellular magnetotactic eukaryotes called as magnetotactic symbiotic tissue organism protist network. This can evolve into multicellular eukaryotes like plants, animals & humans. Magnetoperception and magnetite nanocrystals are common among plants, animals & humans. Thus magnetite and magnetoperception would have played an important role in eukaryotic & human evolution. Magnetite and magnetoperception is present in...
The nanoarchaea can symbiose with actinobacteria, cyanobacteria, magnetotactic bacteria & spirochetes to form magnetotactic eukaryotes which would hav...