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The generalized Baldin sum rule at finite four-momentum transfer Q^2 isevaluated utilizing a structure function parameterization fit to recentexperimental data. The most recent measurements on F_1 from Hall C at Jlab, aswell as the F_2 structure function data from Hall B at Jlab and SLAC, were usedin constructing our parameterization. We find that at Q^2 below 1 GeV^2 thedominant contribution to the electric and magnetic polarizabilities of thenucleon comes from the resonance region.

Q^2-evolution of the electric and magnetic polarizabilities of the proton