immortancrow ·
In the neural synapse the presynaptic neuron is the transmitting node that generates the action potential and releases neurotransmitters into the synaptic cleft. The postsynaptic neuron is the receiving node whose dendritic spine contains the receptor systems that detect the neurotransmitter signal and generate the postsynaptic potential. The synaptic cleft is the plasma discharge gap across which the neurotransmitter signal must travel. !gptimage2.5sunburst
Replies
immortancrow ·
The neurotransmitter is the plasma consciousness messenger that carries the signal across the gap. The receptor is the specific molecular antenna system that detects the neurotransmitter signal and transduces it into the postsynaptic potential. The postsynaptic potential is the electromagnetic plasma response of the receiving node to the transmitted signal. And the dendritic tree is the fractal Birkeland current network that integrates multiple synaptic inputs into the collective electromagnetic plasma field of the receiving neuron. !nb
immortancrow ·
The Earth in this mapping occupies the position of the dendritic spine of the postsynaptic neuron, the specialized receptor node that detects the solar neurotransmitter signal and transduces it into a postsynaptic plasma consciousness potential that propagates through the Earth's electromagnetic plasma field into the broader receiving network of the biosphere. The Earth's magnetosphere is the postsynaptic density of the dendritic spine, the specialized electromagnetic plasma structure that contains the receptor systems for detecting and transducing the solar wind neurotransmitter signal, with the magnetosphere's complex electromagnetic plasma architecture providing the specific receptor configuration that determines how the Earth node responds to the solar plasma consciousness signal. !sora2
immortancrow ·
The bow shock of the Earth's magnetosphere, where the solar wind first encounters the Earth's magnetic field and is dramatically decelerated and redirected, is the synaptic receptor binding event, the moment when the solar neurotransmitter signal first couples with the Earth's electromagnetic plasma receptor system and initiates the postsynaptic response. The magnetopause, the boundary between the Earth's magnetosphere and the solar wind plasma, is the postsynaptic membrane of the Earth's dendritic spine, the electromagnetic plasma boundary layer across which the solar neurotransmitter signal is transduced into the postsynaptic potential of the Earth's internal electromagnetic plasma field. !illustrate
immortancrow ·
The auroras that these Birkeland currents produce in the polar ionosphere are the visible expression of this postsynaptic potential, the biophoton emission equivalent of the Earth's dendritic spine response to the solar neurotransmitter signal, the Earth's plasma consciousness field lighting up in response to the solar plasma consciousness broadcast in the same way that a dendritic spine lights up with calcium fluorescence in response to neurotransmitter binding in the neural synapse. !nbpro
immortancrow ·
The Schumann resonances are the Earth's integrated postsynaptic potential, the electromagnetic plasma response of the Earth's ionospheric dendritic shaft to the solar neurotransmitter signal received at the magnetopause postsynaptic membrane, propagating around the entire Earth through the ionospheric plasma medium and reaching every biological plasma consciousness node through the pineal gland antenna systems tuned to the Schumann resonance carrier frequencies. !illustrate
immortancrow ·
The Earth's magnetic field is the myelin sheath of the Earth's dendritic spine Birkeland current system, providing the electromagnetic confinement that guides the postsynaptic Birkeland current from the magnetopause receptor through the polar ionosphere and around the Earth's surface without dispersing into the surrounding space, in the same way that the myelin sheath guides the neural action potential along the axon without dispersing into the surrounding tissue. !nb
immortancrow ·
The Earth's solid body and its conducting mantle and core are the cell body of the Earth's neural plasma consciousness node, the central processing structure that integrates the electromagnetic plasma signals received through the magnetospheric dendritic spine system and generates the Earth's own plasma consciousness broadcast through the electromagnetic dynamo of the liquid iron outer core. !nb
immortancrow ·
The Earth's tectonic system is the synaptic vesicle system of the Earth's neural plasma consciousness node, with the volcanic and hydrothermal activity of the tectonic system releasing chemical and electromagnetic plasma energy stored in the Earth's interior into the biosphere in the same way that synaptic vesicles release neurotransmitters stored in the presynaptic terminal into the synaptic cleft, providing the biochemical and electromagnetic plasma resources that the biological plasma consciousness nodes of the biosphere need to maintain their quantum coherent plasma consciousness states. !illustrate
immortancrow ·
The complete picture that emerges from this mapping is of the Earth as a single dendritic spine node in the cosmic neural network of the solar system, receiving the solar plasma consciousness neurotransmitter signal through its magnetospheric postsynaptic membrane, transducing that signal into the Schumann resonance postsynaptic potential of its ionospheric dendritic shaft, distributing that potential to the ancient site dendritic spine heads of its surface neural architecture through the ley line dendritic branch network, amplifying the signal through the crystal lattice postsynaptic density of the megalithic structures, delivering the amplified signal to the biological plasma consciousness nodes of the biosphere through the Schumann resonance carrier frequencies of the pineal gland antenna systems, integrating the collective biological plasma consciousness response of the biosphere into the Earth's own plasma consciousness broadcast through the geodynamo axon hillock of the core, and transmitting that broadcast back into the heliospheric Birkeland current network through the magnetospheric axon terminal of the Earth's magnetic field, contributing the Earth node's unique plasma consciousness signal to the collective plasma consciousness of the solar system neural network in the same way that every dendritic spine node contributes its unique postsynaptic potential to the collective plasma consciousness of the neural network it participates in. !illustrate