How do I model atoms with Moebius strips?

This question came to me while I was trying to model the list of elements (Mendeleïev), especially their masses and number of electrons.
It came to my mind that it might be easier to model each element as [Moebius Strip](https://en.wikipedia.org/wiki/M%C3%B6bius_strip) with $n$ twists. 


If this is possible, is there any literature about this subject? A methodology to do this?


**----EDIT----**


Ok, 
it took me a while to go deep into the subject in order to present "concrete thoughts" but I finally could summarize them into the following spreadsheet:


<https://onedrive.live.com/redir?resid=b20ec7aa903ebb07!701&authkey=!AE5lfNOaYgtJWNg&ithint=file%2cxlsx>


The model has a R² = 0.9976 (what I think is pretty good as a first try) 


Please check the [spreadsheet](https://onedrive.live.com/redir?resid=b20ec7aa903ebb07!701&authkey=!AE5lfNOaYgtJWNg&ithint=file%2Cxlsx) in the following order:


A) **Observation VS calculation**


B) **Racionale** ( that presents the reasoning used to make the calculations used by the model)


C) **Consequences** (the rational consequences of the model --> I'm NOT sure that the reasoning expressed in this table is valid


D) **Data** ( the data and its source used to make the ratio between 'calculations' and 'observations')


