Thanks for the comments.
Josh G - Firstly to clarify, the model is based on a "background energy" view of the universe with waves (and particles) as "fluctuations" in background energy. There is a separate page on the website covering some discussion on background energy theory. If you start at a fundamental particle assumption you will likely end up with slightly different conclusions. I'm looking forward to reading more of Miles' work. From what I have read he definitely has a lot to offer, so it will be great to compare our ideas.
Robert B - Thanks for some really open minded feedback and comments. You have picked up on some interest potentials of the model. In terms of further validation, there is a lot of ongoing R&D that fits with the model, such as identifying proton sub shells (incorporated in to the model today). Often there is a lot to be learnt from reinterpreting existing data rather than needing to do massive new experiments. I'm going to continue validation work, and make improvements where appropriate, but being able to produce potentially valid structures for nuclei, consistent with isotope stability patterns and chemical bonding, must be the biggest plus for the model. A good starting point for this and any other atomic model. Thanks for the tip on the naming of "Noble" gases. Alfred Nobel has probably got enough recognition already...
SB