Reciprocal Bootstrap on the Light Cone

We introduce dynamical considerations onto the light cone in the form of the static bootstrap. We obtain (1) the prediction that the asymmetry in the deep-inelastic electron scattering on polarized deuteron targets is small, and (2) a relation between $F_2^{\nu p}+F_2^{\nu n}$, $F_2^{\gamma p}$, and $F_2^{\gamma n}$. The "physical origin" of these results is discussed. The result (2) also follows as a "chiral-limit theorem."