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Field Array Power Unit: Difference between revisions
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The prototype unit involving quantum enhanced field effect transistors; a.k.a., quantum FET's faster than any speeding bullet. | |||
Design toward the power load of a toaster, around a kilowatt. A convenient power conversion transformer in the kilowatt range is a microwave oven transformer ([[MOT]])), available at most alien engineering outlets, when wired backwards will produce a heavy amperage to drive heavy current to magnetize heavy windings of the subliminal prototype field array. | |||
The superluminal version follows, versioned by the data we collect from the prototype. | |||
The prototype series is increased to more phases by adding more of the same knot windings, as additional phases of the sequence, increasing step rate needed to achieve tangential velocity of the magnetic density wave that will be sequenced by the power feed into the [[Field Array]]. | |||
The purpose of the Field Array is to behave as an algorithmically controlled magnetic density wave resonator. | |||
Bismuth and copper are separated by several orders of magnitude in their NMR response, and the copper will remain largely unaffected by the same pulse frequencies that invoke nuclear resonance in the bismuth of the metamaterial cladding. | |||
The bismuth is also several orders removed in resistance, having little wattage draw compared to copper, and segmentation of the bismuth into short paths to provide direct heating by their current capacity in parallel with copper may add some top end power levels before the bismuth melts. |
Revision as of 15:31, 13 August 2023
The prototype unit involving quantum enhanced field effect transistors; a.k.a., quantum FET's faster than any speeding bullet.
Design toward the power load of a toaster, around a kilowatt. A convenient power conversion transformer in the kilowatt range is a microwave oven transformer (MOT)), available at most alien engineering outlets, when wired backwards will produce a heavy amperage to drive heavy current to magnetize heavy windings of the subliminal prototype field array.
The superluminal version follows, versioned by the data we collect from the prototype.
The prototype series is increased to more phases by adding more of the same knot windings, as additional phases of the sequence, increasing step rate needed to achieve tangential velocity of the magnetic density wave that will be sequenced by the power feed into the Field Array.
The purpose of the Field Array is to behave as an algorithmically controlled magnetic density wave resonator.
Bismuth and copper are separated by several orders of magnitude in their NMR response, and the copper will remain largely unaffected by the same pulse frequencies that invoke nuclear resonance in the bismuth of the metamaterial cladding.
The bismuth is also several orders removed in resistance, having little wattage draw compared to copper, and segmentation of the bismuth into short paths to provide direct heating by their current capacity in parallel with copper may add some top end power levels before the bismuth melts.