Dev:NSROS:Resonators

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The Nucleo-Sonic Ring Oscillator System

phased magnetic array for tuning magnetic density wave velocity CW NMR activation as the phase-space compeller of the nucleo-phonon at system resonance by XenoEngineer

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Resonators of the NSROS

Geometric knot winding entanglement

Three halves (bifurcations) of three individual torus knot windings upon a torus profile of 4th auric geometry. Three yellow dots depict a starting-point on a knot winding path, and each bifircated knot winding ends on the red dot, diametrically opposite of the starting-point.

When the bifilar halves of a knot are connected in a hexatronic configuration, the knot winding path between a yellow and red dot (one bifurcated knot half) is the circuit path of the cross-over latching signal of the logical flip flop.  I.e., the NAND gates comprising flip-flops are opposite each other around the hexatron resonant elements.

Geomagic of pattern-dissonance between knot-count, and winding-entanglement of a 13:8 knot winding

The banding of half of the 3-knot halves (bifurcations) is —geomagically— creates ordered-knot windings, as in the Diagram Eye.

Diagram Eye —Order by phase number of 13:8|3-group pattern emergence

Knot Winding        Order on the abstract torus surface
                    half 1     half 2
Yellow Dot A        ABCA       BCAB    

Yellow Dot B        BCAB       ABCA

Yellow Dot C        CBAC       ABCA

The combined order on the abstract torus surface of bifilar halves 1 & 2'':
 
                    ABCA BCAB CABC ABCA BCAB ABCA

This is a continuous phase-order, texturing the entire abstract torus surface with an ordered phase group, around and through the hole continuously and uninterrupted.

Tuning step-phase electrification

The step-phase electrification of ordered phases, as the 13:8 | 3-group geomagic creates, creates an magnetic flux on the abstract surface, moving in flux-density from winding to winding.
 
The velocity of the flux density motion of step-phase electrification is a direct proportion of the geometry spanned by the phased coils.
 
I.e., as the phase of the activating pulses in the 3-phased array (knot winding 3-group) rotated, the magnetic activation pattern among phases on the abstract torus travel.  The travel is directly related to the phase-frequency, as a function of the lineal distance between phase windings.