There exist certain intrinsic relations between the ultraviolet divergent graphs and the convergent ones at the same loop order in renormalizable quantum field theories. Whereupon we may establish a new method, the intrinsic regularization method, to regularize those divergent graphs. In this paper, we apply this method to QCD at the one loop order. It turns out to be satisfactory:The gauge invariance is preserved manifestly and the results are the same as those derived by means of other regularization methods
The "Krein" regularization method of quantum field theory is studied, inspired by the Krein space qu...
One-loop Feynman diagrams, when regularized using the continuous dimension method, exhibit single po...
We give an introduction to several regularization schemes that deal with ultraviolet and infrared si...
We study the problem how to deal with tensor-type two-loop integrals in the Loop Regularization (LOR...
A new regularization and renormalization procedure is presented. It is particularly well suited for...
In most situations, calculations of Feynman diagrams which contain loops lead to infinities. Renormal...
International audienceThe “Krein” regularization method of quantum field theory is studied, inspired...
Implicit regularization (IR) has been shown as a useful momentum space tool for perturbative calcul...
In the past few years a new method of regularization, called operator regularization (o.r.), has bee...
Most renormalizable quantum field theories can be rephrased in terms of Feynman diagrams that only c...
We compute the two-loop β-function of scalar and spinorial quantum electrodynamics as well as pure ...
In this thesis we investigate a regularized model of quantum electrodynamics in perturbation expansi...
We give an introduction to several regularization schemes that deal with ultraviolet and infrared si...
We perform a systematic one-loop renormalization of a general renormalizable Yang-Mills theory coupl...
In this paper we analyze different regularization schemes used in calculating the fermion and photon...
The "Krein" regularization method of quantum field theory is studied, inspired by the Krein space qu...
One-loop Feynman diagrams, when regularized using the continuous dimension method, exhibit single po...
We give an introduction to several regularization schemes that deal with ultraviolet and infrared si...
We study the problem how to deal with tensor-type two-loop integrals in the Loop Regularization (LOR...
A new regularization and renormalization procedure is presented. It is particularly well suited for...
In most situations, calculations of Feynman diagrams which contain loops lead to infinities. Renormal...
International audienceThe “Krein” regularization method of quantum field theory is studied, inspired...
Implicit regularization (IR) has been shown as a useful momentum space tool for perturbative calcul...
In the past few years a new method of regularization, called operator regularization (o.r.), has bee...
Most renormalizable quantum field theories can be rephrased in terms of Feynman diagrams that only c...
We compute the two-loop β-function of scalar and spinorial quantum electrodynamics as well as pure ...
In this thesis we investigate a regularized model of quantum electrodynamics in perturbation expansi...
We give an introduction to several regularization schemes that deal with ultraviolet and infrared si...
We perform a systematic one-loop renormalization of a general renormalizable Yang-Mills theory coupl...
In this paper we analyze different regularization schemes used in calculating the fermion and photon...
The "Krein" regularization method of quantum field theory is studied, inspired by the Krein space qu...
One-loop Feynman diagrams, when regularized using the continuous dimension method, exhibit single po...
We give an introduction to several regularization schemes that deal with ultraviolet and infrared si...