View source for Phononotron Power Unit

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[[Category:Phononotron power unit]]

=== Hexatron &mdash;the definition ===
The Hexatron's design intent is to  invoke a quantum emergence of the nuclear phonon.

The ''Hexatron'' proper, which is a prototype design of a phased-magnetic donut, is a phonon-o-tron by operation, in that the tuning of revolving magnetic flux density change (with modulation of one magnetic polarity, not a a zero-crossing to an opposite magnetic polarity) is expressly intended to excite the nucleosonic phonon into a resonant coupling.

The prototype Hexatron design is a <font color="yellow">phonon</font><font color="red">o</font><font color="orange">tron</font>.  Later versions of phonon-o-trons may have any number of design variations in scale and function.  The goal is to develop an operable phononotron, fully remote controlled as an [[IoT]] device.

Comically, this distributed and simultaneous operation of phonotrons, which a unary quantum emergence, as there is only [[Psience of mind|one quantum infinity]] at the center of any quantum unit strained into spherical topology by an attraction to a center-point infinity, reflected from the center in 3D as a spherical entity.

A 3-phase 13:8 knot winding on a wooden torus by a design evolution (circa 2023) as a nuclear magnetic resonant knot winding as one half of an electrical phase circuit.

To establish a nuclear magnetic resonance (continuous-wave NMR), design principles require a dual output power supply, to supply 1) the adjustable D.C. current to set the intensity of a static magnetic bias (a magnetic flux field '[[B0]]' per NMR jargon) upon the [[Field Array meta-material |meta-material of the knot windings]] as electrical conductors, and 2) an adjustable voltage source to feed the capacitive reserve of local electrical charge into the [[power studs]] of the operating quantum center-point resonator, phonon-o-tron, or less comically, [[The Field Array]] &mdash;a nucleosonic resonance and control project.

Therein, a phononotron-class of power unit supplies +/- outputs that are independently adjustable, in reference to a neutral buss.


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