Chemistry: Spherical Molecules
From my studies on cosmology it can drop off some considerations in the molecular structuring, reaching the conclusion that most of the biological molecular structures have spherical form and not circle form as it was believed up to now.
Likewise in lineal molecules, all atoms should keep this lineal alignment and not alone the carbon atoms, but also oxygen and nitrogen.
In the drawing of this page you can see in very summarized way, as a gravitational system (or atom in this case) is structured:
Firstly we see the nuclear grouping of an atom static state, to check so, as the gravitational and magnetic lines should be without rotation.
Then you see this nucleus in rotation and as so much gravitational lines as magnetic ones are deformed in spiral way.
Later we see as the orbital cuts (or distances in which orbits are fixed) take place.
And finally we can see the atom already constituted, with its North-south magnetic direction, which atoms use so much for their molecular alignment as for their crystalline alignment.
-For seeing examples of linal covalent bonds go to Nmr-spectrum and aminoacid chapters.
-For spherical bonds is better start with the next, sugar.