spherical standing waveform of matter in space

**RayTomes** · 11-05-2011, 02:19 AM

Originally Posted by Jeffrey DreamKing

Well, it was off topic, but I was not implying that the force I was describing is magnetism. I don't know what it is, I just thought it up. I would like to know if there is a name for it, or if it exists in real life. When an electron goes in a loop of wire, it makes a north and south electromagnetic pole, and that's all I know. If the same thing is happening with electrons orbiting the atom, in a classical sense, then what is the name of this force?

Point-like monopoles... The way I see it, everything has a north and south. Neutrons are not really neutral, they are attracted to protons. And protons are not entirely positive anymore thanks to quarks (+,+,-). And if quarks also have a + and -, and that + is actually composed of a + and -, and the negative also, and so on, and so on, how deep does the rabbit hole go? I've always thought that the electron is like the lipid-bilayer of a cell's outer membrane. It repels, attracts, and has certain indentations in it's orbital pattern that other puzzle pieces can mesh with. And the orbital wall helps to maintain the internal structure. Otherwise, nucleus-es would be combining and decomposing all over the place. In this way, atoms are like the first basic forms of life. And they occupy this grey area, like viruses, where they are being reproduced somewhere, but it's not a conscious happening.

There is no real evidence that magnetic monopoles exist. It seems most sensible to regard magnetism as part of electromagnetism as described by Maxwell's equations.

When we look at Maxwell's equations we do find that there are spherical standing wave solutions and that these have many of the properties that we would expect a particle to have. In that case we also expect consecutive spheres to have alternating signs of charge as we go outwards. This is observed not only for nucleons where there is substructure, but for electrons too. In that case it is described as zones of virtual particles. To my way of thinking it is a very convoluted way of describing a wave structure.