Abstract
This abstract encapsulates an exploration into the innovative potential
of harnessing sparks and tungsten electrodes to generate energy akin to
nuclear fission. Utilizing a mere 100,000 sparks, powered by just 2
tungsten electrodes and a 500,000-watt supply, this approach yields an
impressive 3,121 MeV, signaling a substantial reduction in energy
consumption compared to traditional methods. Furthermore, this research
proposal reveals the ingenious workings of a machine that employs
alternating current (AC) waveforms and an electromagnetic cavity chamber
to create a focused electron beam, promising the controlled initiation
of nuclear fission reactions with remarkable efficiency. This innovative
approach presents an alluring solution to the worldâ\euro™s escalating
energy needs, underpinned by a profound understanding of the
machineâ\euro™s unique capabilities.