Tigranes
Armenian
- Joined
- Sep 11, 2008
- Messages
- 10,421
Err...how do you get from the mass of the interaction boson to the strength of the force? Especially, when it is not even clear whether such a thing exists for gravity? And how is the mass of the proton related to that? That statement makes no sense at all.
Notice that I say "say". In reality weak force is a factor of 10^33 times stronger than the gravity, not 10^2. As for discussing proton and W boson -- I simply mentioned 2 most famous particles which can be commonly associated with mass (and then weight) and weak interactions. In the context of making point about gravity making more sense than weak force in our everyday life that was enough.
Obviously, if one wants to show off under pretext of being more accurate, in attributing a relative strength to the four fundamental forces, it has proved useful to quote the strength in terms of a dimensionless coupling constants:
Strong 1
Electromagnetic 1/137
Weak 10^-6
Gravity 10^-39