Journal ArticleGeneralizing previous results for orbifolds, in this paper we describe the compactification of the matrix model on an orientifold which is a quotient space Rd/G as a Yang-Mills theory residing on a quantum space. The information of the compactification is encoded in the action of the discrete symmetry group G on Euclidean space Rd and a projective representation U of G. The choice of Hilbert space on which the algebra of U is realized as an operator algebra corresponds to the choice of a physical background for the compactification. All these data are summarized in the spectral triple of the quantum space
Many important ideas about string duality that appear in conventional $\T^2$ compactification have a...
We revisit type I compactifications with a Spin(32)/Z2 gauge bundle that admits no vector structure....
We study orbifold compactifications of F-theory which lead to N = 1 supersymmetry in six and four sp...
Journal ArticleIn this paper we study generic M(atrix) theory compactifications that are specified b...
We study explicit solutions for orientifolds of Matrix theory compactified on noncommutative torus. ...
Journal ArticleWe present a general framework for matrix theory compactified on a quotient space Rn/...
In this paper we study generic M(atrix) theory compactifications that are specified by a set of quot...
An orientifold of Type-IIB theory on a K3 realized as a Z2 orbifold is constructed which corresponds...
A review of the relationships between matrix models and noncommutative gauge theory is presented. A ...
Six dimensional compactification of the type IIA matrix model on the ${\bf Z}$-orbifold is studied. ...
We construct several examples of compactification of Type IIB theory on orientifolds and discuss the...
We study parity symmetries and boundary conditions in the framework of gauged linear sigma models. T...
Using U-duality, the properties of the matrix theories corresponding to the compactification of M-th...
It is shown that many of the conjectured dualities involving orbifold compactification of M-theory f...
As of now, string theory is the best candidate for a theory of quantum gravity. Since it is anomaly–...
Many important ideas about string duality that appear in conventional $\T^2$ compactification have a...
We revisit type I compactifications with a Spin(32)/Z2 gauge bundle that admits no vector structure....
We study orbifold compactifications of F-theory which lead to N = 1 supersymmetry in six and four sp...
Journal ArticleIn this paper we study generic M(atrix) theory compactifications that are specified b...
We study explicit solutions for orientifolds of Matrix theory compactified on noncommutative torus. ...
Journal ArticleWe present a general framework for matrix theory compactified on a quotient space Rn/...
In this paper we study generic M(atrix) theory compactifications that are specified by a set of quot...
An orientifold of Type-IIB theory on a K3 realized as a Z2 orbifold is constructed which corresponds...
A review of the relationships between matrix models and noncommutative gauge theory is presented. A ...
Six dimensional compactification of the type IIA matrix model on the ${\bf Z}$-orbifold is studied. ...
We construct several examples of compactification of Type IIB theory on orientifolds and discuss the...
We study parity symmetries and boundary conditions in the framework of gauged linear sigma models. T...
Using U-duality, the properties of the matrix theories corresponding to the compactification of M-th...
It is shown that many of the conjectured dualities involving orbifold compactification of M-theory f...
As of now, string theory is the best candidate for a theory of quantum gravity. Since it is anomaly–...
Many important ideas about string duality that appear in conventional $\T^2$ compactification have a...
We revisit type I compactifications with a Spin(32)/Z2 gauge bundle that admits no vector structure....
We study orbifold compactifications of F-theory which lead to N = 1 supersymmetry in six and four sp...