I see the electron cloud as being composed of individual constituents which are virtual (dissipate when separated) oblong and have equal strength magnetic poles which bind them together in linear curving waves. I see this electron cloud as having velocity around the nucleus and being more densely packed closer to the nucleus and less dense with vacuum spaces towards the outer shell limits.  I see the electron forming as a vortex would form in water or a tornado in the atmosphere. The bulk of the electron would be the top of the vortex or tornado and that bulk would be responsible for the negative charge and mass of the electron while the positive end of electrons field would be the narrow tail which would be attracted towards the nucleus.

The electron would not move from position to position but rather would be filled up by the surrounding cloud while another vortex forms elsewhere in the cloud. 

 

What predictions can you make with this idea? How is it testable/falsifiable? Do you have a model?

I was working on a model but got disqualified before I had a chance to explain anything. I think I can show the cause of the less than electron charges that were produced by the U of Minnesota during their liquid helium experiments but it would take  more patience from the moderators than I have encountered so far.

52 minutes ago, frowningbuddha said:

I was working on a model but got disqualified before I had a chance to explain anything. I think I can show the cause of the less than electron charges that were produced by the U of Minnesota during their liquid helium experiments but it would take  more patience from the moderators than I have encountered so far.

You need to have some science ready to go when you post. This isn’t a 2AM drunken dorm room bull session.