The purpose of the present work is test the Implicit Regularization Technique in massless theories and to investigate if the treatmente requires modifications to meat the IR divergences from the one used the treat UV ...

We extend a constrained version of Implicit Regularization (CIR) beyondone loop order for gauge field theories. In this framework, the ultravioletcontent of the model is displayed in terms of momentum loop integrals order ...

One of the main features of Implicit Regularization (IR) is to display theultraviolet divergent content of a Feynman amplitude as integrals in the loop momenta. This has been shown to be crucial to preserve vital symmetries ...

In this paper we calculate the scattering cross section in a regularization independent fashion, through Implicit Regulzarization scheme, and compare our result with previous analyses. These calculations possess many ...

Given the Implicit Regularization's success to separate and analyse spurious arbitrariness, which arise while treating divergent integrals, we proposed to apply this method in three distinct cases. In the rst, we compute ...

The Standard Model aims at unifying electromagnetic and weak interactions. It is a renormalizable eld theory that uses spontaneous symmetry breaking to generate mass for the weak mediators, via the Higgs mechanism. In ...

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We apply the Implicit Regularization Technique (IR) in a non-abelian gauge theory as well as in a local supersymmetric theory. In the first part we show that IR preserves gauge symmetry as encoded in relations between the ...

In this work we study the gravitational anomalies (Einstein anomaly andWeyl anomaly) in two dimensions through the method of implicit regularization (RI). We present a brief review on the minimal mathematical tools to treat ...