Gravity & Nuclear forces.
Would someone out there that's smarter than me please comment on:
The theory of everything:
As I understand things:
- There are strong nuclear forces within the atom holding it together.
- Gravity is understood as an unrelated force that acts on large bodies, and is much (much...) weaker than the strong nuclear forces.
Theorists are searching for a single theory that explains the behaviour of these forces.
Question:
Has it been proved that gravity is not simply the sum of a body's nuclear forces radiating out over vast distances? In other words is it possible that the nuclear forces that hold the atom together extend way beyond the extremities of the atom to pull (as gravity does) on neighbouring atoms - even at vast distances?
I imagine that gravity exists between any two bodies, even at the size of individual atoms, so why is it necessary to define the attracting force between these two atoms as gravity? Why can't we just say that the "short-range" nuclear force is very strong - so strong that it pulls & holds the atom together, and that at "long-range" the same force (although weakened by distance) pulls at other matter, and is experienced as gravity?






