AbstractWe study a supersymmetric field theory in six dimensions compactified on the orbifold T2/Z2 with two Wilson lines. After supersymmetry breaking, the Casimir energy fixes the shape moduli at fixed points in field space where the symmetry of the torus lattice is enhanced. Localized Fayet–Iliopoulos terms stabilize the volume modulus at a size much smaller than the inverse supersymmetry breaking scale. All moduli masses are smaller than the gravitino mass
This Thesis studies some aspects of string compactifications with particular em- phasis on moduli st...
We construct the 4D N=1 supergravity which describes the low-energy limit of 6D supergravity compact...
We consider six-dimensional supergravity with Abelian bulk flux compactified on an orbifold. The eff...
We consider the stabilization of string moduli and resulting soft supersymmetry-breaking terms in he...
In this paper, we discuss the issues of supersymmetry breaking and moduli stabilization within the c...
We generalize the concept of Scherk-Schwarz compactification in string theory to include orbifolding...
In the recent years, phenomenological models of moduli stabilization were proposed, where the dynami...
We study novel type IIB compactifications on the T^6/Z_2 orientifold. This geometry arises in the T-...
We study novel type-IIB compactifications on the T6/Z2 orientifold. This geometry arises in the T-du...
As of now, string theory is the best candidate for a theory of quantum gravity. Since it is anomaly–...
In this thesis, we study compactifications from six to four dimensions on the orbifold ...
Assuming that the duality symmetry present for heterotic orbifold compactifications extends to the b...
The stabilization of moduli is one of the main problems in string theory. In this talk I will discus...
We study how two moduli can be stabilized in a Minkowski/de Sitter vacuum for a wide class of string...
In this thesis we employ string perturbation theory in toroidal orbifold models to study aspects of ...
This Thesis studies some aspects of string compactifications with particular em- phasis on moduli st...
We construct the 4D N=1 supergravity which describes the low-energy limit of 6D supergravity compact...
We consider six-dimensional supergravity with Abelian bulk flux compactified on an orbifold. The eff...
We consider the stabilization of string moduli and resulting soft supersymmetry-breaking terms in he...
In this paper, we discuss the issues of supersymmetry breaking and moduli stabilization within the c...
We generalize the concept of Scherk-Schwarz compactification in string theory to include orbifolding...
In the recent years, phenomenological models of moduli stabilization were proposed, where the dynami...
We study novel type IIB compactifications on the T^6/Z_2 orientifold. This geometry arises in the T-...
We study novel type-IIB compactifications on the T6/Z2 orientifold. This geometry arises in the T-du...
As of now, string theory is the best candidate for a theory of quantum gravity. Since it is anomaly–...
In this thesis, we study compactifications from six to four dimensions on the orbifold ...
Assuming that the duality symmetry present for heterotic orbifold compactifications extends to the b...
The stabilization of moduli is one of the main problems in string theory. In this talk I will discus...
We study how two moduli can be stabilized in a Minkowski/de Sitter vacuum for a wide class of string...
In this thesis we employ string perturbation theory in toroidal orbifold models to study aspects of ...
This Thesis studies some aspects of string compactifications with particular em- phasis on moduli st...
We construct the 4D N=1 supergravity which describes the low-energy limit of 6D supergravity compact...
We consider six-dimensional supergravity with Abelian bulk flux compactified on an orbifold. The eff...