One-loop two-point functions play an important role in quantum field theories, being one of the primary divergent Feynman graphs that calls for regularization and renormalization procedures. These well-known functions are here revisited as illustrative for the power and the simplicity of the negative dimensional integration method (NDIM) approach to tackle Feynman integrals with off-shell external fields and massless and massive virtual fields.Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq
We show that at one-loop order, negative-dimensional, Mellin-Barnes (MB) and Feynman parametrization...
The standard way of evaluating residues and some real integrals through the residue theorem (Cauchy'...
The negative-dimensional integration method is a technique which can be applied, with success, in us...
Negative dimensional integration method (NDIM) is a technique to deal with D-dimensional Feynman loo...
In this article we present the complete massless and massive one-loop triangle diagram results using...
One of the main difficulties in studying quantum field theory, in the perturbative regime, is the ca...
We apply the negative dimensional integration method (NDIM) to three outstand-ing gauges: Feynman, l...
The well-known D-dimensional Feynman integrals were shown, by Halliday and Ricotta, to be capable of...
We apply the negative dimensional integration method (NDIM) to three outstanding gauges: Feynman, li...
Feynman diagrams are the best tool we have to study perturbative quantum field theory. For this very...
In this work we calculate two two-loop massless Feynman integrals pertaining to self-energy diagrams...
This work is a review of the Negative Dimension Integration Method as a powerful tool for the comput...
Usando a técnica conhecida como método de integração em dimensão negativa (NDIM), calculamos as funç...
Abstract. Feynman diagrams are the best tool we have to study perturbative quantum field theory. For...
We show that at one-loop order, negative-dimensional, Mellin-Barnes' (MB) and Feynman parametrizatio...
We show that at one-loop order, negative-dimensional, Mellin-Barnes (MB) and Feynman parametrization...
The standard way of evaluating residues and some real integrals through the residue theorem (Cauchy'...
The negative-dimensional integration method is a technique which can be applied, with success, in us...
Negative dimensional integration method (NDIM) is a technique to deal with D-dimensional Feynman loo...
In this article we present the complete massless and massive one-loop triangle diagram results using...
One of the main difficulties in studying quantum field theory, in the perturbative regime, is the ca...
We apply the negative dimensional integration method (NDIM) to three outstand-ing gauges: Feynman, l...
The well-known D-dimensional Feynman integrals were shown, by Halliday and Ricotta, to be capable of...
We apply the negative dimensional integration method (NDIM) to three outstanding gauges: Feynman, li...
Feynman diagrams are the best tool we have to study perturbative quantum field theory. For this very...
In this work we calculate two two-loop massless Feynman integrals pertaining to self-energy diagrams...
This work is a review of the Negative Dimension Integration Method as a powerful tool for the comput...
Usando a técnica conhecida como método de integração em dimensão negativa (NDIM), calculamos as funç...
Abstract. Feynman diagrams are the best tool we have to study perturbative quantum field theory. For...
We show that at one-loop order, negative-dimensional, Mellin-Barnes' (MB) and Feynman parametrizatio...
We show that at one-loop order, negative-dimensional, Mellin-Barnes (MB) and Feynman parametrization...
The standard way of evaluating residues and some real integrals through the residue theorem (Cauchy'...
The negative-dimensional integration method is a technique which can be applied, with success, in us...