Confined Quasar Dyson Reactor (Showcase)

Description

Music used: Quartex OST: Hunt In The Dark by sapheria_xplicit

Instructions

Recently, Lu-Tech was contacted by a representative of Luminary Corporation on the grounds of collaboration. Luminary requested the design and construction of an innovative and powerful reactor for use in their newest facility. Lu-Tech accepted and immediately put the Department of Innovation to work. After approximately a year of designs, simulated tests, and prototypes, the Confined Quasar Dyson Reactor was created. This advanced reactor is one-of-a-kind, a new front in Reactor technology. utilizing a Dyson sphere and contained by the first generation of the Subspace Dampening and Confinement Field (SDCF), a system that generates an inverse gravity field to counteract the effects of a Quasar's black hole. <TECHNICAL DETAILS> Below is a detailed breakdown of how the reactor functions, as well as the real and theoretical scientific principles it would work off The reactor works by generating a black hole and using it to form a small quasar. Then, 4 gamma beams discharge continuous gamma radiation and light into the central Dyson structure. The interior of the Dyson sphere is highly reflective and thus the light from the beams constantly reflects inside, skimming the event horizon and beginning a process called Superradiant Scattering, where rotational energy from the black hole is transferred to photons and gamma rays within the beam, Some of the beam passes the Event Horizon and is lost, while the particulates remaining are ionized into plasma. An electromagnetic field is used to direct the plasma out of the Dyson sphere and through the Extractor Lines to a series of magnetohydrodynamic (MHD) generators and Electrostatic Direct Converters (EDCs). The MHDs and EDCs convert the kinetic energy of the ionized plasma into electrical energy, and extract the electrical current caused by the interaction between the plasma and the electromagnetic field.