Galaxarator

 Tunable galaxy simulator - poloidal magnetic confinement system

Laboratory verification of the fluidic model and theories requires special apparatus, which is similar to other experiments with fusion-type plasma devices like tokamaks and stellarators, etc. In a spin-off of the fluid galaxy model, the poloidal magnetic fields of a tokamak are geometrically multiplied. Thirty (30) superconducting poloidal magnets are positioned equidistantly in one zone of the device. Pentagonal (5) or hexagonal (6) oscillation of magnetically confined plasma is tunable, adding a completely new feature of programmable polygonal vertices to the magnetic cusp containment phenomenon.

What can be expected from this novel machine is formation of singular and stable large scale plasma densities, which have galaxy-like morphology. The observable properties would potentially include rotating arms, interacting nuclei/crystals, jets and ejection events. If ejection-type events  are targetable, a tandem supercollider is feasible. Additional research will identify those optimal processes that can be utilized for the generation of electrical energy.

                                     Cross section of galaxarator

Ten (10) of thirty (30) magnet positions are shown with one (1) common vertice (brown) of pentagonal (red) and hexagonal (black) fields. Oscillated and programmable field geometry increases stable plasma density activity in nuclear zone... less stars, black holes and dark matter. 

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John Choma                                                                                                                                                                                                January 18, 2011