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Field Array QuasiArtifactual Analysis: Difference between revisions
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==Telemetry== | |||
That goal requires a fast state machine. FPGA engineers unite | |||
== Warp core control == | |||
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**. | |||
That goal requires a fast state machine. FPGA engineers unite! | |||
---- | ---- | ||
:'''**metamaterial within the array:''' A simple cladding of copper to bismuth, to facilitate maximum coupling between electrical current in the copper, and a bismuth cladding. | :'''**metamaterial within the array:''' A simple cladding of copper to bismuth, to facilitate maximum coupling between electrical current in the copper, and a bismuth cladding. | ||
Revision as of 10:07, 3 August 2023
Telemetry
Warp core 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!
- **metamaterial within the array: A simple cladding of copper to bismuth, to facilitate maximum coupling between electrical current in the copper, and a bismuth cladding.