A geometric formulation which describes extended supergravities in any dimension in the presence of electric and magnetic sources is presented. In this framework, the underlying duality symmetries of the theories are manifest. Particular emphasis is given to the construction of central and matter charges and to the symplectic structure of all D = 4, N-extended theories. The latter may be traced back to the existence, for N > 2, of a flat symplectic bundle which is the N > 2 generalization of N = 2 Special Geometry
This thesis analyses gauged supergravities in various dimensions and their possible origin from comp...
International audienceWe extend the notion of central charge superspace to the case of local supersy...
Generalized complex geometry is an example of a powerful formalism to attempt the construction of a ...
In these lectures we give a geometrical formulation of N-extrended supergravities which generalizes ...
We discuss the relation between standard N = 2 supergravity with translational gauging and N = 2 sup...
General Lagrangians are constructed for N=2 conformal supergravity theories in four space-time dimen...
We consider dualitytransformations in N = 2, d = 4 Yang-Millstheorycoupled to N = 2 supergravity. A ...
A superspace formulation using superconnections and supercurvatures is specifically constructed for ...
We first review standard results of the compactification of type IIA and IIB supergravities on a Cal...
Using superspace techniques we construct the general theory describing D=4, N=2 supergravity coupled...
We derive the full N=2 supergravity Lagrangian which contains a symplectic invariant scalar potentia...
International audienceThe variety of consistent ‘gauging’ deformations of supergravity theories in f...
In the first part of this thesis we give an introduction to electric-magnetic duality and N=2 supers...
We extend the notion of central charge superspace to the case of local supersymmetry. Gauged central...
We discuss various topics in supergravity: gaugings, double field theory and $N=2$ $D=4$ BPS multice...
This thesis analyses gauged supergravities in various dimensions and their possible origin from comp...
International audienceWe extend the notion of central charge superspace to the case of local supersy...
Generalized complex geometry is an example of a powerful formalism to attempt the construction of a ...
In these lectures we give a geometrical formulation of N-extrended supergravities which generalizes ...
We discuss the relation between standard N = 2 supergravity with translational gauging and N = 2 sup...
General Lagrangians are constructed for N=2 conformal supergravity theories in four space-time dimen...
We consider dualitytransformations in N = 2, d = 4 Yang-Millstheorycoupled to N = 2 supergravity. A ...
A superspace formulation using superconnections and supercurvatures is specifically constructed for ...
We first review standard results of the compactification of type IIA and IIB supergravities on a Cal...
Using superspace techniques we construct the general theory describing D=4, N=2 supergravity coupled...
We derive the full N=2 supergravity Lagrangian which contains a symplectic invariant scalar potentia...
International audienceThe variety of consistent ‘gauging’ deformations of supergravity theories in f...
In the first part of this thesis we give an introduction to electric-magnetic duality and N=2 supers...
We extend the notion of central charge superspace to the case of local supersymmetry. Gauged central...
We discuss various topics in supergravity: gaugings, double field theory and $N=2$ $D=4$ BPS multice...
This thesis analyses gauged supergravities in various dimensions and their possible origin from comp...
International audienceWe extend the notion of central charge superspace to the case of local supersy...
Generalized complex geometry is an example of a powerful formalism to attempt the construction of a ...