Functional reduction of the S matrix in the canonical formalism

Details Functional reduction of the S matrix in the canonical formalism Functional reduction of the S matrix in the canonical formalism

2011-09-14

arxiv.org/abs/1109.3164v1

Physics

Nuclear Physics

Nuclear Theory

4 pages; Letter

Scientific paper

The Low equation is derived in a functional approach to the reduction of the S matrix in the canonical formalism. This establishes the vacuum expectation value of the scattering matrix as the generating functional of non-forward Green functions, without reference to external currents. The method provides an alternate derivation of non-perturbative results of field theory, such as the Low equation, and considerably simplifies their derivation as well as that of the rules of perturbation theory, the LSZ reduction formula, the Dyson-Schwinger equations and crossing symmetry. The approach is employed to further develop the Low equation via reduction of the fermionic sector to obtain a reduced Dyson-Schwinger equation for boson-fermion scattering.

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