A geometrical form of the supersymmetry conditions for D-branes on arbitrary type II supersymmetric backgrounds is derived, as well as the associated BPS bounds. The treatment is general and allows to consider, for instance, non-static configurations or D-branes supporting a non-vanishing electric flux, hence completing previous partial results. In particular, our discussion clarifies how the notion of calibration can be extended in order to be applicable to the most general supersymmetric configurations. As an exemplifying preliminary step, the procedure followed is first applied to fundamental strings
International audienceWe give a detailed (microscopic) description of the geometric and non-geometri...
International audienceWe give a detailed (microscopic) description of the geometric and non-geometri...
We study the most general supersymmetric warped M-theory backgrounds with non-trivial G-flux of the ...
Several aspects concerning the physics of D-branes in Type II flux compacti fi cations preserving mi...
We investigate how the presence of RR magnetic Fp+2 fluxes affects the energy of classical Dp branes...
We investigate how the presence of RR magnetic Fp+2 fluxes affects the energy of classical Dp branes...
In a first chapter we briefly review some features of ten dimensional string dualities, BPS bounds ...
We study D-branes in N=1 flux compactifications to AdS_4. We derive their supersymmetry conditions a...
In this article we study D1-D3 (or D3) brane systems with generic constant electric and magnetic flu...
We consider the dimensional reduction of eleven dimensional supergravity to type IIA in ten dimensio...
submitted to the Faculty of University of Tokyo In this thesis we discuss various aspects of type II...
Non-BPS D-branes are difficult to describe in a manifestly supersymmetric formalism. For definitenes...
Branes play an important role in String Theory as dynamical, extended objects where open strings can...
Abstract We revisit the 1/2-BPS D-branes on the AdS5×S5 background. Based only on the classification...
We discuss bound-states of D-branes in truly L-R asymmetric and thus non-geometric Type II vacuum co...
International audienceWe give a detailed (microscopic) description of the geometric and non-geometri...
International audienceWe give a detailed (microscopic) description of the geometric and non-geometri...
We study the most general supersymmetric warped M-theory backgrounds with non-trivial G-flux of the ...
Several aspects concerning the physics of D-branes in Type II flux compacti fi cations preserving mi...
We investigate how the presence of RR magnetic Fp+2 fluxes affects the energy of classical Dp branes...
We investigate how the presence of RR magnetic Fp+2 fluxes affects the energy of classical Dp branes...
In a first chapter we briefly review some features of ten dimensional string dualities, BPS bounds ...
We study D-branes in N=1 flux compactifications to AdS_4. We derive their supersymmetry conditions a...
In this article we study D1-D3 (or D3) brane systems with generic constant electric and magnetic flu...
We consider the dimensional reduction of eleven dimensional supergravity to type IIA in ten dimensio...
submitted to the Faculty of University of Tokyo In this thesis we discuss various aspects of type II...
Non-BPS D-branes are difficult to describe in a manifestly supersymmetric formalism. For definitenes...
Branes play an important role in String Theory as dynamical, extended objects where open strings can...
Abstract We revisit the 1/2-BPS D-branes on the AdS5×S5 background. Based only on the classification...
We discuss bound-states of D-branes in truly L-R asymmetric and thus non-geometric Type II vacuum co...
International audienceWe give a detailed (microscopic) description of the geometric and non-geometri...
International audienceWe give a detailed (microscopic) description of the geometric and non-geometri...
We study the most general supersymmetric warped M-theory backgrounds with non-trivial G-flux of the ...