Caedes: As I wrote in my previous posts, it depends on the definition of when there is gravity. In my mind defining no gravity as meaning "the gravitational field is zero" is a reasonable definition, however you are free to disagree and say the phrase "no gravity" by definition refer to one being infinitely far away from any mass.
That isn't what shell theorem states, it is saying the forces on one side of the mass are balanced by the forces on the other. If you look at the equations on the link it shows the gravity force (G as per usual) all the way down the page, the fact that the equations sum to zero doesn't mean there is no gravity. I would agree that it is a small distinction but the equations are only telling you what the net effect of gravity is on a mass. Those equations are not telling you that gravity is zero just that there is no net effect of the gravity on your mass.
You are a clever person Bohm and I normally agree with your posts, I just think you have your definitions on this a little mixed up.