Geomagical Chirality Grouping

The last Field Array affordance, a sorting of chirality, creates a nest for self-harmonic excitation of nuclear magnetic resonance. A system harmony of an impulse system is self-resonant in opposing polarities. The magical sorted grouped-chirality of the Fibonacci knot ratio affords the zero crossing of self-oscillation at the boundary between chiral sorting.

The chirality-grouping affordance makes possible a self-harmonic toroidal tangential surface density wave that is self-harmonic in opposite alternations relative to it's own self-centric potentials.

This self-harmonic is the continuous standing nuclear magnetic resonant waveform with topological fit and purpose.

Group wave emergence

In nature, this self-centered harmony of the quantum lattice is hidden beneath the conduction electron noise. An otherwise still pond. Mass.

In alienesque engineering (Xeno-engineering), the coupling into the quantum lattice is by a magnetic vehicle. By a rapid magnetic density change (an intensity of magnetic flux, not the polarity) repeating periodically, a ripple in a static magnetization can be induced in a current driven system.

In alienesque engineering, pulse-ripples on a permanently electro-magnetized torus knot winding system of 3, 5, 11, or 13 phases, will produce a physically motional step-phased-motion on the donut surface hosting the copper donut windings —As the electrical pulse-phase rotates, the magnetic density wave pattern physically revolves toroidally through the torus hole and around continuously.

Like-handed chiral halves are also conducting current in the same direction (from peripheral point on the donut equator, to the opposite side, which equally divides the two halves of a knot winding with odd-numbered rotations about the torus axis.

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The 13:8 knot divides at 13/2 axis rotations = 6.5 axial rotations. These bifilar nodes of a knotted helical 13:8 winding on a donut are found laying upon a circle, the peripheral equator of the torus form.

Group resonance of quantum-units of a copper conductor of the Field Array occurs during continuous wave (CW) nuclear magnetic resonance (NMR) against the copper resonator element's nuclear lattice as the NMR material.

However, when clad with bismuth, the electromagnetic flux penetrates and activates a/an NMR accumulation (an alternating magnetic envelope) in alternations of the bifilar decomposition of a 13:8 pattern into a bifilar 3:2 magnetic pattern by four windings wide.

The bifilar halves become opposites oscillating about their own magnetic center, biased above zero intensity, as a bipolar oscillation pattern on a statically magnetized Field Array.