The occurrence of non-abelian anomalies in gauge theories and gravitation, first discovered via perturbative techniques, is now completely explained from the mathematical point of view by means of the family index theorem of Atiyah and Singer. Here we make contact between this approach and BRS cohomology, by showing that they yield the same non-abelian anomalies, provided a certain restriction to "local" functionals is not introduced from the very beginning. In particular, this solves the "unicity" problem for this kind of anomalies. Local BRS cohomology is still relevant for the abelian case
In both field theories of high energy physics and field theories of condensed matter theories anomal...
We develop a proposal by Freed to see anomalous field theories as relative field theories, namely fi...
We develop a proposal by Freed to see anomalous field theories as relative field theories, namely fi...
The occurrence of non-abelian anomalies in gauge theories and gravitation, first discovered via pert...
AbstractWe introduce a geometric framework needed for a mathematical understanding of the BRST symme...
AbstractWe introduce a geometric framework needed for a mathematical understanding of the BRST symme...
The BRS symmetry determines physical states, Lagrange densities and candidate anomalies. It renders ...
We present the mathematical considerations which determine all gauge invariant ac-tions and anomaly ...
We extend previous work on antifield dependent local Becchi-Rouet-Stora-Tyutin (BRST) cohomology for...
This thesis studies the structure of local and global anomalies in certain systems and examines the ...
One of the proposed settings for the description of anomalies in the setting of gauge field theories...
The spectral sequences method is employed to study the cohomology space of the Becchi\u2013Rouet\u20...
In this paper, we systematically study gauge anomalies in bosonic and fermionic weak-coupling gauge ...
he r\uf4le of the evaluation map in anomaly calculations for field theory, sigma-models and strings ...
We develop a proposal by Freed to see anomalous field theories as relative field theories, namely fi...
In both field theories of high energy physics and field theories of condensed matter theories anomal...
We develop a proposal by Freed to see anomalous field theories as relative field theories, namely fi...
We develop a proposal by Freed to see anomalous field theories as relative field theories, namely fi...
The occurrence of non-abelian anomalies in gauge theories and gravitation, first discovered via pert...
AbstractWe introduce a geometric framework needed for a mathematical understanding of the BRST symme...
AbstractWe introduce a geometric framework needed for a mathematical understanding of the BRST symme...
The BRS symmetry determines physical states, Lagrange densities and candidate anomalies. It renders ...
We present the mathematical considerations which determine all gauge invariant ac-tions and anomaly ...
We extend previous work on antifield dependent local Becchi-Rouet-Stora-Tyutin (BRST) cohomology for...
This thesis studies the structure of local and global anomalies in certain systems and examines the ...
One of the proposed settings for the description of anomalies in the setting of gauge field theories...
The spectral sequences method is employed to study the cohomology space of the Becchi\u2013Rouet\u20...
In this paper, we systematically study gauge anomalies in bosonic and fermionic weak-coupling gauge ...
he r\uf4le of the evaluation map in anomaly calculations for field theory, sigma-models and strings ...
We develop a proposal by Freed to see anomalous field theories as relative field theories, namely fi...
In both field theories of high energy physics and field theories of condensed matter theories anomal...
We develop a proposal by Freed to see anomalous field theories as relative field theories, namely fi...
We develop a proposal by Freed to see anomalous field theories as relative field theories, namely fi...