International audienceWe sum up known results on the inclusion of diffeomorphisms in a gauge theory so as to obtain the BRST algebra of a Einstein-Yang-Mills theory. We then show the compatibility of this operation with the (so-called) dressing field method which allows a systematic reduction of gauge symmetries. The robustness of the so obtained scheme is illustrated on the geometry of General Relativity and on the richer example of the second-order conformal structure
The scalar and vector topological Yang-Mills symmetries determine a closed and consistent sector of ...
Abstract. We analyze the geometric foundations of classical Yang-Mills theory by studying the relati...
Gauge field theory is usually used to describe particles with spins higher than 1/2. The gauge invar...
International audienceThe conformal structure of second order in m-dimensions together with the so-c...
We present the mathematical considerations which determine all gauge invariant ac-tions and anomaly ...
We propose a new differential geometric tool to reduce gauge symmetries: the dressing field method. ...
AbstractA concise formulation for mixed-symmetry gauge fields on AdS space is proposed. It is explic...
International audienceGauge symmetries are a cornerstone of modern physics but they come with techni...
We show how a generic gauge field theory described by a BRST differential can systematically be refo...
For any principal bundle P, one can consider the subspace of the space of connections on its tangent...
It is well-known that principal bundles and associated bundles underlie the geometric structure of c...
In this thesis, the BRST-quantization of gauge theories is discussed. A detailed analysis of the BRS...
Gauge field theory is usually used to describe particles with spins higher than 1/2. The gauge invar...
Most of the known models describing the fundamental interactions have a gauge freedom. In the standa...
We propose a general framework to study BRST-related transformations. We investigate different forms...
The scalar and vector topological Yang-Mills symmetries determine a closed and consistent sector of ...
Abstract. We analyze the geometric foundations of classical Yang-Mills theory by studying the relati...
Gauge field theory is usually used to describe particles with spins higher than 1/2. The gauge invar...
International audienceThe conformal structure of second order in m-dimensions together with the so-c...
We present the mathematical considerations which determine all gauge invariant ac-tions and anomaly ...
We propose a new differential geometric tool to reduce gauge symmetries: the dressing field method. ...
AbstractA concise formulation for mixed-symmetry gauge fields on AdS space is proposed. It is explic...
International audienceGauge symmetries are a cornerstone of modern physics but they come with techni...
We show how a generic gauge field theory described by a BRST differential can systematically be refo...
For any principal bundle P, one can consider the subspace of the space of connections on its tangent...
It is well-known that principal bundles and associated bundles underlie the geometric structure of c...
In this thesis, the BRST-quantization of gauge theories is discussed. A detailed analysis of the BRS...
Gauge field theory is usually used to describe particles with spins higher than 1/2. The gauge invar...
Most of the known models describing the fundamental interactions have a gauge freedom. In the standa...
We propose a general framework to study BRST-related transformations. We investigate different forms...
The scalar and vector topological Yang-Mills symmetries determine a closed and consistent sector of ...
Abstract. We analyze the geometric foundations of classical Yang-Mills theory by studying the relati...
Gauge field theory is usually used to describe particles with spins higher than 1/2. The gauge invar...