That's fine but can you tell me why you think so?
There are several things that I find hard to swallow with Mills's theory. First is the notion of orbitspheres. These are proposed to be thin spherical shells of circulating current, which take the place of the three-dimensional statistical electron orbitals that electrons are currently thought to occupy. In the current understanding, there are spherical harmonics which describe the electrons orbitals, and these take a number of different shapes, depending on how much orbital angular momentum an electron has:
The three dimensions and odd shapes of the orbitals are responsible for a number of effects in solids, including pi and sigma molecular bonds. But we must set all of this understanding aside if we are to adopt orbitspheres. For example, we can no longer understand internal conversion, in which an electron is ejected from an atom with an excited nucleus, as being due to an electron passing through the nucleus and having the energy of the transition dumped into it, for orbitspheres do not intersect with the nucleus. We must come up with another explanation.
Eventually I learned that a differential charge distribution has been proposed as being on the surface of the orbitsphere, which is described by the spherical harmonics. In other words, in some places the charge will be more and in others less, in a way that is mathematically described by those shapes above. But that does not deal with the problem of internal conversion or understanding sigma and pi molecular bonds. After enough times of running into difficulties like this, I asked myself, is this theory for real?
That said, there is at least one person whose opinion about physics I value who takes elements of Mills seriously.