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We study quantum electrodynamics in 1+1 dimensions in the light--front frameusing numerical methods. We analyze confinement and charge screening which arekey features of this system. By direct analysis of wavefunctions of boundstates in two parton sector we determine the string tension. In four partonsector we introduce inclusive distributions and inspect structure of energyeigenstates. We conclude that they are composed of two weakly interacting$f\bar f$ pairs. These four particle states are responsible for the screening.Finally, we study time evolution of a fermion--antifermion state separated by aspecific distance. We demonstrate that for sufficient separation it decays intoa multiparton state and the number of particles in the product depends onseparation of particles.

String picture of 1+1 dimensional QED in light--front formulation