We study spectral triples over noncommutative principal U(1) bundles. Basing on the classical situation and the abstract algebraic approach, we propose an operatorial definition for a connection and compatibility between the connection and the Dirac operator on the total space and on the base space of the bundle. We analyze in details the example of the noncommutative three-torus viewed as a U(1) bundle over the noncommutative two-torus and find all connections compatible with an admissible Dirac operator. Conversely, we find a family of new Dirac operators on the noncommutative tori, which arise from the base-space Dirac operator and a suitable connection
We present a new, general approach to gauge theory on principal $G$-spectral triples, where $G$ is a...
We present a universal Dirac operator for noncommutative spin and spinc bundles over fuzzy complex p...
The structure theory of finite real spectral triples developed by Krajewski and by Paschke and Sitar...
We study spectral triples over noncommutative principal U(1) bundles. Basing on the classical situat...
We study spectral triples over noncommutative principal U(1) bundles. Basing on the classical situat...
We study spectral triples over noncommutative principal U(1)-bundles of arbitrary dimension and a co...
We study spectral triples over noncommutative principal U(1)-bundles of arbitrary dimension and a co...
In this thesis a class of finite real spectral triples for the geometry on a fuzzy torus is introduc...
The goal of these lectures is to present some fundamentals of noncommutative geometry looking around...
We present a universal Dirac operator for noncommutative spin and spinc bundles over fuzzy complex ...
We present a universal Dirac operator for noncommutative spin and spinc bundles over fuzzy complex ...
We present a universal Dirac operator for noncommutative spin and spinc bundles over fuzzy complex ...
We introduce a family of spectral triples that describe the curved noncommutative two-torus. The rel...
We introduce a family of spectral triples that describe the curved noncommutative two-torus. The rel...
In this thesis a class of finite real spectral triples for the geometry on a fuzzy torus is introduc...
We present a new, general approach to gauge theory on principal $G$-spectral triples, where $G$ is a...
We present a universal Dirac operator for noncommutative spin and spinc bundles over fuzzy complex p...
The structure theory of finite real spectral triples developed by Krajewski and by Paschke and Sitar...
We study spectral triples over noncommutative principal U(1) bundles. Basing on the classical situat...
We study spectral triples over noncommutative principal U(1) bundles. Basing on the classical situat...
We study spectral triples over noncommutative principal U(1)-bundles of arbitrary dimension and a co...
We study spectral triples over noncommutative principal U(1)-bundles of arbitrary dimension and a co...
In this thesis a class of finite real spectral triples for the geometry on a fuzzy torus is introduc...
The goal of these lectures is to present some fundamentals of noncommutative geometry looking around...
We present a universal Dirac operator for noncommutative spin and spinc bundles over fuzzy complex ...
We present a universal Dirac operator for noncommutative spin and spinc bundles over fuzzy complex ...
We present a universal Dirac operator for noncommutative spin and spinc bundles over fuzzy complex ...
We introduce a family of spectral triples that describe the curved noncommutative two-torus. The rel...
We introduce a family of spectral triples that describe the curved noncommutative two-torus. The rel...
In this thesis a class of finite real spectral triples for the geometry on a fuzzy torus is introduc...
We present a new, general approach to gauge theory on principal $G$-spectral triples, where $G$ is a...
We present a universal Dirac operator for noncommutative spin and spinc bundles over fuzzy complex p...
The structure theory of finite real spectral triples developed by Krajewski and by Paschke and Sitar...