Field Array QuasiArtifactual Analysis - Revision history

XenoEngineer at 22:37, 7 March 2024

2024-03-07T22:37:36Z

← Older revision		Revision as of 22:37, 7 March 2024
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	==update pending edit ==		==update pending edit ==
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	When trained upon a well made [[The Field Array\|<font color="orange">Field Array</font>]], the Perceptorium of the {{quasiAI\|byline=}} will visually represent, while connected and trained to the datastream outputs of an operating Field Array, the texture and dynamic behavior, in near real time, of the atomic matter lattice of the '''metamaterial within the array**'''.		When trained upon a well made [[The Field Array\|<font color="orange">Field Array</font>]], the Perceptorium of the {{quasiAI\|byline=}} will visually represent, while connected and trained to the datastream outputs of an operating Field Array, the texture and dynamic behavior, in near real time, of the atomic matter lattice of the '''metamaterial within the array**'''.

	That goal requires a fast state machine. FPGA engineers unite!		That goal requires a fast state machine. FPGA engineers unite!

			<big>'''Update: an [[FPsGA]] solution is realized and in development at Catcliffe. 2024.03.07'''</big>

	:'''**metamaterial within the array:''' A simple cladding of copper to bismuth, to facilitate maximal coupling between magnetic fields produced by electrical current in the copper, and a bismuth cladding.		:'''**metamaterial within the array:''' A simple cladding of copper to bismuth, to facilitate maximal coupling between magnetic fields produced by electrical current in the copper, and a bismuth cladding.

XenoEngineer: /* update pending edit */

2024-03-07T22:35:21Z

update pending edit

← Older revision		Revision as of 22:35, 7 March 2024
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	==update pending edit ==		==update pending edit ==
	~~;22:34, 7~~ March 2024 ~~(UTC)~~		'''March 2024 '''

	The Field Array oscillator signal telemetry will be fabricated with fiber optic lines. The fiber carries the Hexatron switches cycle time edges to a common digitizer board located a safe distance.		The Field Array oscillator signal telemetry will be fabricated with fiber optic lines. The fiber carries the Hexatron switches cycle time edges to a common digitizer board located a safe distance.

	The digitizer board may locate with the power unit, with each automated with a control API over websockets —a Vintage VB6 solution.		The digitizer board may locate with the power unit, with each automated with a control API over websockets —a Vintage VB6 solution.

	This simple arrangement enables a Field Array to be controlled form anywhere web access is available. Any cell phone data channel will work for control and data-access with a simple API flexed from a web page.		This simple arrangement enables a Field Array to be controlled form anywhere web access is available. Any cell phone data channel will work for control and data-access with a simple API flexed from a web page.

	<big>'''"Build five AND distribute them around the world." —a direct statement from the 2013 Discloser after the mission was realized, stated as, "Grey wants you to know to build five..."'''</big>		<big>'''"Build five AND distribute them around the world." —a direct statement from the 2013 Discloser after the mission was realized, stated as, "Grey wants you to know to build five..."'''</big>

XenoEngineer: /* Telemetry */

2024-03-07T22:34:19Z

Telemetry

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 == <font color="red"><s>Warp core</s> Phononotronic control</font> ==
 When trained upon a well made [[The Field Array|<font color="orange">Field Array</font>]], the Perceptorium of the {{quasiAI|byline=}} will visually represent, while connected and trained to the datastream outputs of an operating Field Array, the texture and dynamic behavior, in near real time, of the atomic matter lattice of the '''metamaterial within the array**'''.

XenoEngineer: /* Warp core control */

2024-01-12T14:13:03Z

Warp core control

← Older revision		Revision as of 14:13, 12 January 2024
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	== <font color="red">Warp core control</font> ==		== <font color="red"><s>Warp core</s> Phononotronic control</font> ==
	When trained upon a well made [[The Field Array\|<font color="orange">Field Array</font>]], the Perceptorium of the {{quasiAI\|byline=}} will visually represent, while connected and trained to the datastream outputs of an operating Field Array, the texture and dynamic behavior, in near real time, of the atomic matter lattice of the '''metamaterial within the array**'''.		When trained upon a well made [[The Field Array\|<font color="orange">Field Array</font>]], the Perceptorium of the {{quasiAI\|byline=}} will visually represent, while connected and trained to the datastream outputs of an operating Field Array, the texture and dynamic behavior, in near real time, of the atomic matter lattice of the '''metamaterial within the array**'''.

XenoEngineer: XenoEngineer moved page QuasiArtifactual Field Array Analysis to Field Array QuasiArtifactual Analysis without leaving a redirect

2023-12-12T14:23:50Z

XenoEngineer moved page QuasiArtifactual Field Array Analysis to Field Array QuasiArtifactual Analysis without leaving a redirect

← Older revision	Revision as of 14:23, 12 December 2023
(No difference)

XenoEngineer: /* Warp core control */

2023-11-30T23:46:54Z

Warp core control

← Older revision		Revision as of 23:46, 30 November 2023
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	== <font color="red">Warp core control</font> ==		== <font color="red">Warp core control</font> ==
	When trained upon a well made [[The Field Array\|<font color="orange">Field Array</font>]], the Perceptorium of the {{quasiAI\|byline=}} will visually represent, while connected and trained to the datastream outputs of an operating [[Field Array]], the texture and dynamic behavior, in near real time, of the atomic matter lattice of the metamaterial within the array**.		When trained upon a well made [[The Field Array\|<font color="orange">Field Array</font>]], the Perceptorium of the {{quasiAI\|byline=}} will visually represent, while connected and trained to the datastream outputs of an operating Field Array, the texture and dynamic behavior, in near real time, of the atomic matter lattice of the '''metamaterial within the array**'''.

	That goal requires a fast state machine. FPGA engineers unite!		That goal requires a fast state machine. FPGA engineers unite!

XenoEngineer: /* Warp core control */

2023-11-30T23:43:57Z

Warp core control

← Older revision		Revision as of 23:43, 30 November 2023
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	== <font color="red">Warp core control</font> ==		== <font color="red">Warp core control</font> ==
	When trained upon a well made [[Field Array]], the Perceptorium of the {{quasiAI\|byline=}} will visually represent, while connected and trained to the datastream outputs of an operating [[Field Array]], the texture and dynamic behavior, in near real time, of the atomic matter lattice of the metamaterial within the array**.		When trained upon a well made [[The Field Array\|<font color="orange">Field Array</font>]], the Perceptorium of the {{quasiAI\|byline=}} will visually represent, while connected and trained to the datastream outputs of an operating [[Field Array]], the texture and dynamic behavior, in near real time, of the atomic matter lattice of the metamaterial within the array**.

	That goal requires a fast state machine. FPGA engineers unite!		That goal requires a fast state machine. FPGA engineers unite!

XenoEngineer at 23:42, 30 November 2023

2023-11-30T23:42:04Z

← Older revision		Revision as of 23:42, 30 November 2023
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			= <font color="red"><big>'''{{PAGENAME}}'''</big></font> =
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XenoEngineer at 23:43, 6 November 2023

2023-11-06T23:43:47Z

← Older revision		Revision as of 23:43, 6 November 2023
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XenoEngineer at 13:56, 5 November 2023

2023-11-05T13:56:03Z

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	~~\| content = Quantum Emergence~~
	~~\| byline = A guide to <i><b><big>alienesque UAP physics</big></b></i> for humans ''(with pictures!)''~~
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	~~\| page = XenoEngineering.Field Array Pulse Injector~~
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