Static and dynamic properties of QCD bound states

Abstract

The QCD phenomenology can be faced with the framework of the coupled quark DSE, meson BSE and baryon Faddeev equation, providing non-perturbative, continuum and Poincare invariant scientific approach. The research performed throughout this thesis is twofold. From one perspective we focus on the investigation of mass spectra for mesons with total spin quantum number $J=3$ and arising Regge-trajectory for natural parity states $J^{PC}=1^{--},2^{++},3^{--}$ within rainbow-ladder single gluon exchange model. The other findings are concerning the impact of the pion cloud effect on $J>2$ meson states, baryon masses, namely on Nucleon and Delta three-body bound states and meson dynamical properties like the pion form factor.