Field Array Suspension and Power Distribution - Revision history

XenoEngineer: /* Other geometries of six among triangular-faced platonics (the stiff ones) */

2023-12-16T12:16:50Z

Other geometries of six among triangular-faced platonics (the stiff ones)

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	=== Other geometries of six among triangular-faced platonics (the stiff ones) ===		=== {{red24\|Other geometries of six among triangular-faced platonics (the stiff ones)}} ===
	[[File:Hexagon in octahedron.~~png400px~~]]		[[File:Hexagon in octahedron.png\|400px]]

2023-12-15T10:49:04Z

← Older revision		Revision as of 10:49, 15 December 2023
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	=== Other geometries of six among triangular-faced platonics (the stiff ones) ===		=== Other geometries of six among triangular-faced platonics (the stiff ones) ===
	[[File:Hexagon in octahedron.~~png~~]]		[[File:Hexagon in octahedron.png400px]]

	~~https://groupkos.com/dev/images/Octahedron_suspension.mp4~~

2023-12-15T10:48:14Z

← Older revision		Revision as of 10:48, 15 December 2023
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	=== Other geometries of six among triangular-faced platonics (the stiff ones) ===		=== Other geometries of six among triangular-faced platonics (the stiff ones) ===
	[[File:Hexagon in octahedron.~~svg]]~~		[[File:Hexagon in octahedron.png]]
	~~[[File:Hexagon in octahedron.svg~~]]

	~~The octahedron, aside from the icosahedron, which is perhaps overkill as a nesting suspension structure of [[<font color="orange">The Field Array<~~/~~font>]]~~		https://groupkos.com/dev/images/Octahedron_suspension.mp4

2023-12-13T07:39:46Z

← Older revision		Revision as of 07:39, 13 December 2023
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			=== Other geometries of six among triangular-faced platonics (the stiff ones) ===
			[[File:Hexagon in octahedron.svg]]
			[[File:Hexagon in octahedron.svg]]

			The octahedron, aside from the icosahedron, which is perhaps overkill as a nesting suspension structure of [[<font color="orange">The Field Array</font>]]

2023-12-12T14:27:18Z

← Older revision		Revision as of 14:27, 12 December 2023
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	To minimize any asymmetry in the near field of the Field Array, the incoming power and power-ground connections are designed toward a consistent distribution layout, easily afforded with a Platonic geometry, with the Field Array bi/cu metamaterial conductor windings on center on an axis in common with an embedding concentric Platonic scaffolding.		To minimize any asymmetry in the near field of the Field Array, the incoming power and power-ground connections are designed toward a consistent distribution layout, easily afforded with a Platonic geometry, with the Field Array bi/cu metamaterial conductor windings on center on an axis in common with an embedding concentric Platonic scaffolding.
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2023-12-12T14:26:23Z

← Older revision	Revision as of 14:26, 12 December 2023
(No difference)

2023-12-12T14:22:05Z

← Older revision		Revision as of 14:22, 12 December 2023
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	= <font color="red"><big>'''{{PAGENAME}}'''</big></font> =		= <font color="red"><big>'''{{PAGENAME}}'''</big></font> =
			[[File:Hexatron system suspension distribution 901x748.png\|left\|480px\|thumb\|Power cabling to and from the Field Array Power Switches may be laid out upon a symmetrical orientation in respect to the axis of the center point, the axis of the [[golden torus]] hole. Any one current pathway is the same for any one of three phase sections of the Hexatron, or 3-phase [[The Field Array\|<font color="orange">Field Array</font>]] ]]

	This is a simple cabling system delivering D.C. on heavy-ish conductors to capacitive-reserve units fixed to each power stud connector of the pulsed magnetic [[Field Array]].		This is a simple cabling system delivering D.C. on heavy-ish conductors to capacitive-reserve units fixed to each power stud connector of the pulsed magnetic [[The Field Array\|<font color="orange">Field Array</font>]].

	As the current of the applied power to the Field Array will develop a magnetic field shaped like the angle of attitude of the delivery buss		As the current of the applied power to the Field Array will develop a magnetic field shaped like the angle of attitude of the delivery buss

2023-12-01T00:09:41Z

← Older revision		Revision as of 00:09, 1 December 2023
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			= <font color="red"><big>'''{{PAGENAME}}'''</big></font> =

	This is a simple cabling system delivering D.C. on heavy-ish conductors to capacitive-reserve units fixed to each power stud connector of the pulsed magnetic [[Field Array]].		This is a simple cabling system delivering D.C. on heavy-ish conductors to capacitive-reserve units fixed to each power stud connector of the pulsed magnetic [[Field Array]].
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	To minimize any asymmetry in the near field of the Field Array, the incoming power and power-ground connections are designed toward a consistent distribution layout, easily afforded with a Platonic geometry, with the Field Array bi/cu metamaterial conductor windings on center on an axis in common with an embedding concentric Platonic scaffolding.		To minimize any asymmetry in the near field of the Field Array, the incoming power and power-ground connections are designed toward a consistent distribution layout, easily afforded with a Platonic geometry, with the Field Array bi/cu metamaterial conductor windings on center on an axis in common with an embedding concentric Platonic scaffolding.
	~~{{qe.body.close}}~~
	{{qe.footer}}		{{qe.footer}}

2023-11-05T13:54:46Z

← Older revision		Revision as of 13:54, 5 November 2023
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	{{~~s100DivOpen~~}}		{{qe.header}}
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	~~\| content = Quantum Emergence~~
	~~\| byline = A guide to <i><b><big>alienesque UAP physics</big></b></i> for humans ''(with pictures!)''~~
	~~\| series = 100~~
	~~\| page = Field Array Power Distribution~~
	}}
	{{HeaderFieldArray}}		{{HeaderFieldArray}}

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	To minimize any asymmetry in the near field of the Field Array, the incoming power and power-ground connections are designed toward a consistent distribution layout, easily afforded with a Platonic geometry, with the Field Array bi/cu metamaterial conductor windings on center on an axis in common with an embedding concentric Platonic scaffolding.		To minimize any asymmetry in the near field of the Field Array, the incoming power and power-ground connections are designed toward a consistent distribution layout, easily afforded with a Platonic geometry, with the Field Array bi/cu metamaterial conductor windings on center on an axis in common with an embedding concentric Platonic scaffolding.
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2023-09-30T13:06:20Z

← Older revision		Revision as of 13:06, 30 September 2023
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			\| content = Quantum Emergence
			\| byline = A guide to <i><b><big>alienesque UAP physics</big></b></i> for humans ''(with pictures!)''
			\| series = 100
			\| page = Field Array Power Distribution
			}}
	{{HeaderFieldArray}}		{{HeaderFieldArray}}