Moving conditional probability up the ladder of dimensions to a more basic dimension with an analogy.

Worked on a new model for the atom not to say it is so but to muse about the possibility that photons are captured within the electron orbit shells which actually form something of a statistical probability shield to enable that capture. The speed of the electrons around a nucleus is probably about the same as the speed of light or maybe even faster? probability is set.  it tells you for each type of atom how long a photon and which frequencies of photons can be captured  or reflected and then when re-emitted how much excess energy is retained. since excess energy can be retained in a red shifting  event it is a statistical probability of escape and that is why the speed of the electrons could actually exceed that of light.  There is plenty of space inside an atom for a captured electron to be held prisoner in a sense. bouncing back and forth off the electron orbital walls .  There is however no metric of how far that space is even if you measure it by the speed of light.  Metrics just don't exist in space which is why probability variables keeps moving up my list of dimensions.  dimensions are not hierarchical I am learning but more of a circular set or spherical set of inter-related aspects of any observation.  Forget about the analogies of wave length and frequency and switch it all over to conditional probability and it all makes more sense. Wave lengths are the observed interaction of material interfaces and not the photons themselves.  That makes the spectrum one of conditional variable probability too.  That makes conditional probability a much more important as a basic dimension for reality.