Depolarization and Coherent Transformation of EM Fields (Michrowski)
Depolarization With the Aires resonator, there is considerable interplay with other factors through superposition that allows through constructive interference-pattern the depolarisation of artificial electromagnetic signaling to approach resemblance of natural electromagnetic propagation.
This way, charged / polar molecules and especially free ions within and around all living cells no longer oscillate on parallel planes with the meanmade applied polarized field Otherwise in incoming forced oscillations are transformed by the Aires resonator technology to no longer exert additive electrostatic forces on sensor of cell membrane electrosensitive ion channels/, The resonator allows avoidance of irregular gating and associated disruption of the cells' electrochemical balance.
Polarization seems to be a trigger that significantly increases the probability of starting biological and health effects.
The link describes the animation dipole antenna emissions for your visualization: https://upload.wikimedia.org/wikipedia/commons/a/a6/Dipole_xmting_anten na_animation_4_408x318x150ms.gif
Note that when your Aires statement refers to "multi-dimensionality", "formation of mono-structural form with an infinite number of inherent derivative components" or to vulgarise, a bubble/cocoon technology this refers to quaternion geometry with its 20 or more variables.
The graphs below describe types of polarization associated with typical artificial electromagnetic emission triggering harmonizing response from the Aires resonator.
Electrodynamics that tends to resemble natural electromagnetics After reviewing also some of the Aires microresonator researches I would say that the Aires microresonator - through the engineering of complex diffraction achieves lossless / near- lossless damping of ambient electromagnetic field (hence not affecting communication and signaling) - enables the introduction of electrodynamics that tends to resemble natural electromagnetics. Generally the range of diffraction of transformed waveforms is partially related to the size of the etchings; the thinner the etching, the greater the spatial extent of the transformation. This processing is a real-time effect.
Researchers and connected evidence
- Andrew A. Michrowski: Commentary author.
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