Coupling constants in fractal and cantorian physics

Links between inverse coupling constants of various interactions (gravitational , weak , electromagnetic and strong ) in the three-dimensional Euclidean space are discussed. The analysis is based on the fact that such interactions between particles are generally realised both, by photons (electromagnetic radiation) and by particles. Ideal limit cases arise for (the interaction is mediated just by photons) and for (completely mediated by particles). Dependences of inverse coupling constants, fractal dimensions and masses of final particles on masses of constituents (quarks and leptons) are shown for each case. It turns out that for some cases the coupling constant increase (interaction within quarks) and for other cases decrease (interaction between quarks). The inverse coupling constants mentioned previously represent special cases of the ascertained dependences. The possible structure of higher mass quarks with the help of up and down quarks (up quarks and leptons respectively) is also discussed.