Elastic strings for the magnetic force

The Forces of Nature by Kelland Terry, Ph.D.
I can’t think of anything that ushers in stronger memories and emotions than the wonderful aroma of baking bread. Almost at once I can see my mother blending together flour, water and the other ingredients needed to make bread. I can still picture the flour spread on our little kitchen table and her busy hands as she added the ingredients, and kneaded the dough, even though this mental image became part of me some 70 years ago. This picture is worth a zillion dollars, and it’s always with me, not hung on some wall. I am connected to her forever, like the two poles of a magnet are connected to each other, yet I have not seen her for nearly a half century. Memories are puzzling, perhaps even more puzzling, than the magnetic forces.
Scientists have shown that an iron magnet owes its magnetic properties to its electrons; the same little particles that create the electric current. The electron only creates an excess number of e-electon strings, but it does have two poles. The north pole of the electron creates n-magnons and the south pole creates s-magnons. The two strings have the same mass but different composition. When n-magnons bond to s-magnons and then retract, it causes a force of attraction. A force of repulsion is set up when identical strings meet. This relationship is the same as the interaction between e-electons and p-electons that are responsible for the electric forces.
The area between the north pole and south pole of a magnet creates a strong barrier to spinning electrons and spinning Ping-Pong balls because n-magnons are bound to s-magnons. I refer to them collectively as magnons. Till then, be safe and in good health. Kelland—www.vestheory.com