An Electro-Plasma Waveguide System, or EPWS is a Telian technology that is used in the modulation, regulation and distribution of energy from high-power systems, like fusion reactors. Since fusion reactors emit tremendous amounts of energy, it was determined by Telian scientists that no physical matter would allow the flow of the quantity of energy released in the fusion reaction and that the best way to capture and relay that power was through the use of plasma circulating within magnetically shielded waveguides. The EPWS essentially exposes high-energy plasma to the fusion reaction, infusing the plasma with even more energy. This differential between the energy-infused plasma and the spent plasma powers the basic circulation of the plasma through the waveguide system, although pumps and
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| - Electro-Plasma Waveguide System
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| - An Electro-Plasma Waveguide System, or EPWS is a Telian technology that is used in the modulation, regulation and distribution of energy from high-power systems, like fusion reactors. Since fusion reactors emit tremendous amounts of energy, it was determined by Telian scientists that no physical matter would allow the flow of the quantity of energy released in the fusion reaction and that the best way to capture and relay that power was through the use of plasma circulating within magnetically shielded waveguides. The EPWS essentially exposes high-energy plasma to the fusion reaction, infusing the plasma with even more energy. This differential between the energy-infused plasma and the spent plasma powers the basic circulation of the plasma through the waveguide system, although pumps and
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| abstract
| - An Electro-Plasma Waveguide System, or EPWS is a Telian technology that is used in the modulation, regulation and distribution of energy from high-power systems, like fusion reactors. Since fusion reactors emit tremendous amounts of energy, it was determined by Telian scientists that no physical matter would allow the flow of the quantity of energy released in the fusion reaction and that the best way to capture and relay that power was through the use of plasma circulating within magnetically shielded waveguides. The EPWS essentially exposes high-energy plasma to the fusion reaction, infusing the plasma with even more energy. This differential between the energy-infused plasma and the spent plasma powers the basic circulation of the plasma through the waveguide system, although pumps and valves are used to control the flow of energy through the system.
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