Text: The reason why a magnetic field tends to alter the direction of motion of the beamed electrons has to do, of course, with the spin of the electrons. We have said that virtually all electrons spin in the same direction when forced to travel through the ether as in a beam. When the beam is aimed across the direction of flow of a magnetic ether current, the spin of each electron causes a buildup of etheric substance on one side of the electron, and a decrease in etheric density on the opposite side. This results in a push against the electron toward the less dense region, tending to change its direction of motion. It is not unlike the reason why a curved "spin-ball" thrown by a pitcher is able to deviate from the original line along which it is thrown. Protons also have spin, but it is in the opposite sense to that of an electron. It is for this reason that the proton or positively charged beam is deflected in the opposite direction from the deflection of electrons. The deflections are of different degrees, not because of the different "mass" of the two kinds of particles, but rather because of the fact that the proton has some mass in the generally understood sense, while the electron has no mass whatever since it is a location of an opening in the etheric matrix. The nature of magnetism has been a puzzle to man ever since its discovery. It can be seen from the preceding discussion that it is a simple and easily grasped phenomenon which is directly tied to the nature of the primordial stuff of reality: the ether."

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