Magnetism

Magnetism is a physical force in which ions within a mass are super-actively moving from the positive pole to seek the negative pole. We can extend a magnet by placing the positive pole to the negative pole of another magnet. Though physically two magnets, the ionic movement flows from the positive pole of the first magnet, and seeks the negative pole of the second magnet, as if it were one mass. The strength of the 'magnetic field,' then, is calculated on the 'number of ions relative to the mass which comprises that which is magnetized.' If the second magnet is the same size, but has a greater number of ions, then its addition to mass containing fewer ions, will 'increase the power of the magnetic field,' and the 'new magnet' will be 'stronger than the weaker, first magnet, but weaker than the stronger, second magnet.'

Once in the 'magnetic field,' it seems logical to me that the magnet would then 'bear the physical weight of the attracted mass' 'in relative proportion' 'to the density of ionic content in that which it attracts,' and 'to the distance between the source of magnetism and that which is attracted to it.'

Let's get into sub-atomic particles.