
Originally Posted by
Neverfly

Originally Posted by
royan

Originally Posted by
Neverfly
I do not understand your question. Manipulating equations will not alter the physical state.
I am not sure how you got that meaning.
I am referring to measuring the the chemicals attraction force and seeing if can great enough to pull a object of x mass.
As has already been covered- the strong force has been measured and can be calculated.
The problem you are running into is that it's "Range of Influence" so to speak is much smaller than the diameter of an atom.
Hmm. If one talks chemistry, it is not the nuclear Strong Force but electromagnetic forces between electrons and atomic nuclei that one needs to consider. These operate over a longer range - that of chemical bonds, i.e. fractions of a nanometre. Chemical bonds are intramolecular attractions, but there are also intermolecular attractions as well: hydrogen bonding, and various types of Van der Waals attraction - between permanent or induced dipoles or multipoles and dispersion (London) attractive forces. It may be worth studying these a bit for ideas. However the difficulty of course will be that even a monoatomic layer of material in between will feel these forces more strongly than anything on the far side of it and will perturb the effect. And the monoatomic layer will itself contribute forces of its own. So I have difficulty seeing how the idea can be made to work, but perhaps a nanotechnologist would be more optimistic.