How fundamental particles may work

Nuclear engineer Keshe developed new plasma reactors. He states that fundamental particles and atoms are made of specific entangled plasmatic magnetic fields. To envisage how the entanglement of two plasmatic magnetic fields may happen he shows in this movie how two plasmatic magnetic fields - each with a central field and three connected opposite fields (legs) - are approaching each other in such a way that the central field has the same magnetic pole facing the other central field. They have a straight collision. At the moment of collision the two central fields with the same poling (ie negative) oppose each other but the legs of each PMF want to continu their trajectory and bend inwards. The legs of the two PMF's are now dynamically locking each other. They can only move back and forth in a limited way, because they - at the same moment - they are hold by attractive and pushed away by repulsive magnetic fields of the other legs and the central magnetic fields. But the legs hold also the central field - with which they are connected - in a dynamic position, so these central magnetic fields can not leave their uncomfortable repulsive magnetic position. The result is that the two PMF's are interlocked, and will coexist as a unity (ie called a photon, electron, proton, etc.) with specific dynamic scattering and frequencies. To me this is more logic and easy to understand than all that string theory stuff or that quantum mechanics. More on: www.keshetechnologies.com
Video Rating: 3 / 5