A Novel Approach to the Fission of All Elements in the Periodic Table, by Means of the Resonance Phenomenon (Kurush Fission)

Previous studies have demonstrated that electrons and nuclei of atoms traverse continuous, closed orbits at velocities approaching the speed of light. Given that electrons and nuclei operate within specific, repetitive orbits defined by distinct frequencies, resonance effects present in nature can be harnessed. Through the application of a laser with a frequency matching that of the electron or nucleus in a given element, the synchronization and organized motion of these particles can be disrupted, leading to nuclear Fission. On the other hand, consider the frequency of a specific electron or nucleus of a specific atom, if we design a laser with the same frequency and emit to that atom, the resonance phenomenon will occur. The same frequencies mean having the same wavelength and equality of the rotational radius of the photons of the laser and the electron or nucleus of the atom. If the laser has the same frequency as a specific electron in an atom, they could collide at a specific point. This is because a photon traverses in a helical path similar to a spring. When these photons are shaped into a laser, it is like an array of photons with a specific and defined radius traversing along a helical path, essentially creating a cylindrical shell and the radius of the inner cavity of this cylindrical shell must be match with the rotational radius of the electron or nucleus of the atom.