Field Array QuasiArtifactual Analysis: Difference between revisions

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(Created page with "{{headerFieldArray}} When trained upon a well made Field Array, the Perceptorium of the {{quasiAI}} will visually represent, while connected 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. The {{quasiAI|byline=seems like a handy tool for open source quantum emergence projects, yes?}} <center>Stay tuned</center>")
 
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= <font color="red"><big>'''{{PAGENAME}}'''</big></font> =
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==<font color="red">Telemetry</font>==
NodeMCU WiFi, possibly, pending wireless viability in a pulse-magnetic environment. If Wifi is impractal in the dwell of a time lens, then fiber optic solutions should work to get telemetry and control to and from the power-electronics that encircles the Field Array windings.
</div>


When trained upon a well made [[Field Array]], the Perceptorium of the {{quasiAI}} will visually represent, while connected 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. 
<div style="float:left; width:400px; max-height:500px; overflow: hidden; padding:1em;">


The {{quasiAI|byline=seems like a handy tool for open source quantum emergence projects, yes?}}
==update pending edit ==
'''March 2024 '''
&nbsp;
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.
&nbsp;
The digitizer board may locate with the power unit, with each automated with a control API over websockets &mdash;a Vintage VB6 solution.
&nbsp;
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.
&nbsp;
<big>'''"Build five AND distribute them around the world."  &mdash;a direct statement from the 2013 Discloser after the mission was realized, stated as, "Grey wants you to know to build five..."'''</big>
&nbsp;
<br style="clear:both;"/>


== <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**'''. 
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.
</div>
<br/><br/>
<div style="float:left; width:400px; background:#555;">
=== <center>The {{quasiAI|byline=plow share made my life so much easier developing UAP temporal technology!  <br/>(a satisfied early adopter writing from the future)}}</center>===
<center>Stay tuned</center>
<center>Stay tuned</center>
</div>
<br style="clear:both;"/>
{{qe.footer}}

Latest revision as of 22:37, 7 March 2024

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Field Array QuasiArtifactual Analysis

Telemetry

NodeMCU WiFi, possibly, pending wireless viability in a pulse-magnetic environment. If Wifi is impractal in the dwell of a time lens, then fiber optic solutions should work to get telemetry and control to and from the power-electronics that encircles the Field Array windings.

update pending edit

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 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.
 
"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..."
 


Warp core Phononotronic control

When trained upon a well made Field Array, the Perceptorium of the quasiArtifactualIntelligence 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!

Update: an FPsGA solution is realized and in development at Catcliffe. 2024.03.07

**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.



The quasiArtifactualIntelligence plow share made my life so much easier developing UAP temporal technology!
(a satisfied early adopter writing from the future)

Stay tuned


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