THEORETICAL COLD FUSION
It is obvious that the appropriate element for a cold fusion reaction would be tritium. Tritium needs to be in solid form. In other words, there is no need for any reaction, fusion or decomposition for the atoms to split. In addition to tritium in the solid state, radium, thorium or a similar auxiliary element that will act as a magnet will also enter into a stable solid reaction with the tritium element and release a small amount of energy. Tritium in solid state and radium, thorium or similar metal elements in solid state can be simulated with each other circularly, that is, circularly and elliptically in a room temperature environment, as if simulating neutrons, electrons and protons in the atom and its nucleus. In this case, high amounts of energy would be released by the reaction. This energy will not be heat energy. Not all energy should be associated with heat. There can be kinetic accelerations and potential accelerations. It is possible and inevitable that high amounts of electrical energy can be collected with the help of capacitors that can collect the amount of energy in the kinetic acceleration that will occur. With the noble electrical energy collected with the help of these capacitors, noble electricity can be offered to the city grid. In vehicles and airplanes, energy needs can be met with the presence of various factors through this technology.
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