In string theory, one typically studies em beddings of the string worldsheet E (which is a Riemann surface) into a 10-dimensional manifold of the form X : Σ → R^(1,3) × M, with M a compact 6-dimensional manifold. In the following, we will restrict our attention to the study of supersymmetric sigma models onto the 6 compact dimensions. In particular, we will assume M to be a Calabi-Yau threefold so that the theory possesses N = (2, 2) worldsheet superconformal symmetry
We describe a class of supersymmetric gauged linear sigma-model, whose target space is the infinite-...
W e describe a class of supersymmetric gauged linear sigma-model, whose target space is the infinit...
Compactifications of the physical superstring to two dimensions provide a general template for reali...
In string theory, one typically studies em beddings of the string worldsheet E (which is a Riemann s...
In the past six years, several efforts have been directed towards developing a dictionary in between...
In this talk I will revist the geometric engineering of five-dimensional supersymmetric conformal fi...
This thesis is devoted to understanding α' corrections in a certain class of heterotic compactificat...
These are notes of a series of lectures on mirror symmetry and topological string theory given at th...
We explore five-dimensional supersymmetric quantum field theories and topological quantum field theorie...
String theory has proven to be fertile ground for interactions between physical and mathematical ide...
We construct new topological theories related to sigma models whose target space is a seven-dimensio...
This thesis consists of an introductory text, which is divided into two parts, and six appended rese...
Spectral flow, spacetime supersymmetry, topological twists, chiral primaries related to marginal def...
We study several aspects of the classical (gs → 0) limit of string theory. The first of these e...
We study the quantization of a holomorphic 2-form coupled to a Yang-Mills field on special manifolds...
We describe a class of supersymmetric gauged linear sigma-model, whose target space is the infinite-...
W e describe a class of supersymmetric gauged linear sigma-model, whose target space is the infinit...
Compactifications of the physical superstring to two dimensions provide a general template for reali...
In string theory, one typically studies em beddings of the string worldsheet E (which is a Riemann s...
In the past six years, several efforts have been directed towards developing a dictionary in between...
In this talk I will revist the geometric engineering of five-dimensional supersymmetric conformal fi...
This thesis is devoted to understanding α' corrections in a certain class of heterotic compactificat...
These are notes of a series of lectures on mirror symmetry and topological string theory given at th...
We explore five-dimensional supersymmetric quantum field theories and topological quantum field theorie...
String theory has proven to be fertile ground for interactions between physical and mathematical ide...
We construct new topological theories related to sigma models whose target space is a seven-dimensio...
This thesis consists of an introductory text, which is divided into two parts, and six appended rese...
Spectral flow, spacetime supersymmetry, topological twists, chiral primaries related to marginal def...
We study several aspects of the classical (gs → 0) limit of string theory. The first of these e...
We study the quantization of a holomorphic 2-form coupled to a Yang-Mills field on special manifolds...
We describe a class of supersymmetric gauged linear sigma-model, whose target space is the infinite-...
W e describe a class of supersymmetric gauged linear sigma-model, whose target space is the infinit...
Compactifications of the physical superstring to two dimensions provide a general template for reali...