Abstract

The UV renormalization scheme MS4\text{MS}^4 emerged in the formalization of the reasoning which yielded an array of important algorithms in the 80's. MS4\text{MS}^4 guarantees finiteness of renormalized integrals by construction, satisfies the Stueckelberg-Bogolyubov causality axiom for the R-operation, and turns out to be a 4-dimensional analog of t'Hooft's MS-scheme. The well-known IBP reduction algorithm can be ported to MS4\text{MS}^4 with modifications, but without problems. MS4\text{MS}^4 exhibits transparency of the structure, simplicity of the arithmetic at D=4D=4, and new calculational options. A straightforward derivation of RG equations runs in terms of explicitly finite quantities and expresses RG functions in terms of explicitly finite integrals.

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