The potential of the cell membrane forms an electromagnetic field, through which signals are transmitted wirelessly via non-synaptic transmission. Using these electromagnetic fields as an interface, signals can be transmitted and received from the outside world. Various nanomaterials can also be thought of as reinforcing this interface by strengthening the potential within the body or by self-generating artificial neural circuits…
Like all cells, the cell body of a neuron is surrounded by a plasma membrane, a bilayer of lipid molecules, with various protein structures embedded in the membrane. While this lipid bilayer is a strong electrical insulator, many of the protein structures embedded in the neuron membrane are electrically active.
For example, there are ion channels that allow charged ions to pass through the membrane, and ion pumps that chemically transport ions from one side of the membrane to the other. The interaction between these ion channels and ion pumps generates a potential difference across the membrane.
This potential difference is called the membrane potential. The role of membrane potential is, first, to power the various voltage-dependent protein mechanisms embedded in the membrane, and second, to provide the basis for transmitting electrical signals between different parts of the membrane.
Neurons are connected by junctions called synapses, which use membrane potential to exchange signals. Signals from the optic nerve are carried to the visual cortex, and signals from the auditory nerve are carried to the auditory cortex for processing.
However, electrical signal transmission within the brain is not limited to synaptic transmission. The potential of the cell membrane forms an electromagnetic field, and signals are transmitted wirelessly through non-synaptic transmission. This transmission travels at the speed of light, far faster than synaptic transmission.
Furthermore, by using these electromagnetic fields as an interface, electrical and photon signals can be transmitted to and from the outside. These signals are carried by electromagnetic waves using modulation techniques and input and output via electromagnetic fields. It is believed that neurons can decode and encode both digital and analog information.
The nanomaterials people are now being forced to ingest are thought to strengthen the body's electrical potential and self-generate artificial neural circuits, reinforcing the interface described above.
It is also hypothesized that deeper qualia are generated by a collection of instantaneous quantum superpositions generated within microtubules, but this has not yet been proven.
The input and output of these signals by neuroweapons and the transhumanization of the human body are integrated systems with artificial intelligence at their core. These are realities, and in Japan they are even an official Cabinet Office plan. Japanese people lack confidence in their own neural circuits and physical appearance, so they can easily use this as motivation to manipulate social opinion. Furthermore, they are even tempted by the false story that they can become rulers of the earth if they can realize retrocausality through quantum mechanics!
#PublicOpinionManipulation #MindHacking #CognitiveWarfare