What is an orbitsphere?
• A simple orbitsphere is a spherical, rotating charge-density of zero thickness, which makes it an essentially two-dimensional object. Electrons, nuclei, quarks and photons can all be modeled as orbitspheres. This contrasts with modern quantum mechanics where electrons, quarks and photons are considered to be infinitesimal point particles surrounded by probability waves. Orbitspheres generally have multiple angular momentum vectors and are made up of an infinite series of lines of electric and magnetic flux. Their angular motion is such that every point on the surface moves at the same velocity (in contrast to a globe spinning in one dimension). Orbitspheres are a specific case of a flat two-dimensional classical electromagnetic flux, forced to wrap around a central force (such as a nucleus) in a minimum energy configuration. Free electrons, for example, assume a two- dimensional disk-like form when liberated from their atoms. Orbitspheres are a general case of spheroidal quantum orbi
