Speaker
Description
It has been demonstrated that the Quantum Yang Baxter Equations (QYBE) govern the dynamics of the Nambu-Goldstone bosons due to the natural constraints coming from the relations. In such a case, the problem of connecting dispersion relations with the number of Nambu-Goldstone bosons is solved naturally. The QYBE were also employed for finding constraints on the neutrino oscillation matrices, after considering the flavor of the neutrinos as an order parameter. The key point of the QYBE is that they are a representation of an order parameter in an extended sense. Inside the neutrinos oscillation scenario, the QYBE generate restrictions able to make predictions for the mixing angles and the mass eigenvalues. In this talk we bring the same ideas to the QCD scenario, in particular for the analysis of the parameters of the CK matrix as well as in other aspects of QCD such as color superconductivity.