Theoretical implementation of a Topologically Sorted Casimir Generator

Based on an analysis of current parents in the context of current scientific theory, I present a novel theoretical design for a Topologically Sorted Casimir Generator, in the form of a stacked metamaterial array using resonance and magnetic vortices to pull charged particle pairs out of the vacuum to generate DC current. Theory states that the resulting system would be endothermic, and made up of multiple "cells" as described herein with a driving resonance of 10 Terahertz. We present the theoretically optimum construction and calculate maximum possible output, then adjust this for inefficiency and cross-talk before calculation of expected power draw for the drive system and finally present the expected theoretical net power capability. New version: Changed Skrmion structure and overall design to work within current manufacturing processes (including those available at some high end university labs). Redesigned as small individual swappable energy blades, producing 500V@50A each used optical photonic pumping to modulate the individual magnetic skyrmion vortices at 10 THz to avoid mechanical agitation. Added thermal self management to the design. In general the design has been modified to be industrially and commercially viable with a modular design.