Text: Either attraction or dispersion can be induced on any mass by setting the instrument to the proper triple introductory positions, towards the mass chords it represents, either positive or negative. This system of evolution might be expressed as disintegration induced by the intensified oscillations of interatomic electromagnetic waves. How plainly this principle of harmonic sympathetic evolution indicates the structural condition of the atom as one of wonderfully complex form, as also is the progressive step toward it in the molecular and intermolecular field. During the effect induced by disintegration of molecular mineral masses there is no molecular collision when forced asunder from their radiating centers of neutrality. Their atomic and interatomic centers seek their media of tenuous affinity in the far borders of the etheric field, leaving all metallic masses, that are associated with them, behind in their virgin form. (11) Professor Fitzgerald's lecture on electromagnetic radiation shows that scientific men are beginning to realize and that fairly, the truths appertaining to the new philosophy. The professor admits that electricity and magnetism are of differential character and he is right. The progressive subdivision, induced by molecules by different orders of sympathetic vibration, and the resultant conditions evolved on the intermolecule and interatom, by introductory etheric dispersion, prove that the magnetic flow of itself is a triple one, as is also the electric. Again, the professor says that electricity and magnetism would be essentially interchangeable if such a thing existed as magnetic conduction, adding: "It is in this difference that we must look for the difference between electricity and magnetism." Thus you see how plain it is that progressive scientists are approaching true science. The rotation of the magnetic needle, as produced in my researching experiments, proves conclusively that the interchange spoken of, in Professor Fitzgerald's lecture, is a differentiated vibratory one, in which the dominant and enharmonic forces exchange compliments with each other, in a differential way, thus inducing rotation, in other words polarization and depolarization.

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Source: 11