Abstract

The presented model reproduces the typical phenomenology of hadronic interaction realized by the emergence of a superposition of Coulomb and electromagnetic forces within dipoles formed by pairs of quarks. By analysing the quanta-mediated energy exchange between quarks that characterize the formation energies of DEMS in Bridge Theory, it is verified that their behaviour is very similar to that predicted for gluons. The model also allows to estimate the mass energies associated with up and down quarks and their corresponding strong coupling constants. The mass values obtained agree with both experimental values and QCD lattice simulations, suggesting that the strong interaction could be interpreted as a secondary electromagnetic effect that would lead to a framework of unification of strong and electromagnetic forces at each energy scale. A systematic method for the assembly of baryons is also proposed, from which the structural properties of the assembled particle are derived.

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