BioEnergetics 104: Brain Nerve Cells Carrying Energy & Information measured by EEG (vertical e-field) & MEG (horizontal h-field SQUIDs)

The human brain (organic one) has neurons with myelin sheaths around the neurons. The myelin sheaths have an advanced function, besides an insulator, more than meets the average eye.

Brain Nerve Conduction as Potential Vortex Carrying Energy & Information in near field (scalar) and far field (transverse) waveforms.

In signals analysis, antenna sizing, far field effects (e.g. transverse wave) is based upon 1/2 wavelength as a starting point to transfer a signal at a given wavelength.

There are two zones of interest in wireless transmission of signals, near field and far field effects. The majority of human, commercial and public signals knowledge is within the far field effect (e.g. transverse wave) and not the near field region (e.g. scalar wave).

Antenna sizing for near field effects is different geometry, and requires coherence and modulation for certain repeatable effects.

The human brain is comprised of billions of neurons and associated synapses, the orientation of these is complex, but in bulk can be best described as vertically aligned and horizontally aligned.

Figure 0: Brain Nerve Cells Vertical Orientation [0]

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List of References (unpaid)

[0] https://www.quora.com/profile/Fabian-van-den-Berg

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