For scalar field theory, a new generalization of the Exact RG to curved space is proposed, in which the conformal anomaly is explicitly present. Vacuum terms require regularization beyond that present in the canonical formulation of the Exact RG, which can be accomplished by adding certain free fields, each at a non-critical fixed-point. Taking the Legendre transform, the sole effect of the regulator fields is to remove a divergent vacuum term and they do not explicitly appear in the effective average action. As an illustration, both the integrated conformal anomaly and Polyakov action are recovered for the Gaussian theory in $$d=2$$
In the last decades, Conformal Field Theories (CFTs) have proven to be a very powerful framework in ...
We continue the study of the renormalization group and decoupling of massive fields in curved space,...
The authors study conformally invariant fields within the context of semiclassical gravity. They cla...
Renormalization Group (RG) is a powerful method for investigating quantum effects of matter fields o...
We give a general definition of the conformal anomaly for theories that are not classically Weyl inv...
Renormalization Group (RG) is a powerful method for investigating quantum effects of matter fields o...
We show how the Weyl anomaly generated by gauge fields, can be computed from manifestly gauge invari...
The trace anomaly for free propagation in the context of a conformally invariant scalar field theory...
We give a general definition of the conformal anomaly for theories that are not classically Weyl inv...
I identify the class of even-dimensional conformal field theories that is most similar to two-dimens...
We study conformally invariant fields within the context of semi-classical gravity. We claim that, g...
The conformal anomaly in curved spacetime with antisymmetric torsion is reconsidered, taking into ac...
We argue that conformal invariance is a common thread linking several scalar effective field theorie...
Abstract: This is the second of a series of three papers on Conformal General Relativity. The confor...
In the last decades, Conformal Field Theories (CFTs) have proven to be a very powerful framework in ...
In the last decades, Conformal Field Theories (CFTs) have proven to be a very powerful framework in ...
We continue the study of the renormalization group and decoupling of massive fields in curved space,...
The authors study conformally invariant fields within the context of semiclassical gravity. They cla...
Renormalization Group (RG) is a powerful method for investigating quantum effects of matter fields o...
We give a general definition of the conformal anomaly for theories that are not classically Weyl inv...
Renormalization Group (RG) is a powerful method for investigating quantum effects of matter fields o...
We show how the Weyl anomaly generated by gauge fields, can be computed from manifestly gauge invari...
The trace anomaly for free propagation in the context of a conformally invariant scalar field theory...
We give a general definition of the conformal anomaly for theories that are not classically Weyl inv...
I identify the class of even-dimensional conformal field theories that is most similar to two-dimens...
We study conformally invariant fields within the context of semi-classical gravity. We claim that, g...
The conformal anomaly in curved spacetime with antisymmetric torsion is reconsidered, taking into ac...
We argue that conformal invariance is a common thread linking several scalar effective field theorie...
Abstract: This is the second of a series of three papers on Conformal General Relativity. The confor...
In the last decades, Conformal Field Theories (CFTs) have proven to be a very powerful framework in ...
In the last decades, Conformal Field Theories (CFTs) have proven to be a very powerful framework in ...
We continue the study of the renormalization group and decoupling of massive fields in curved space,...
The authors study conformally invariant fields within the context of semiclassical gravity. They cla...