Efforts have been made recently to reformulate traditional Kaluza-Klein theory by using a generalized definition of a higher-dimensional extended space-time. Both electromagnetism and gravity have been studied in this context. We review some of the models which have been proposed, with a special effort to keep the mathematical formalism to a very minimum
In a quantum gravity theory, it is expected that the classical notion of spacetime disappears, leadi...
8th International Workshop DICE2016: Spacetime - Matter - Quantum Mechanics 12–16 September 2016, C...
A theory in which points, lines, areas and volumes are on on the same footing is investigated. All t...
We present a unified description of gravity and electromagnetism in the framework of a Z 2 non-commu...
A short historical review is made of some recent literature in the field of noncommutative geometry,...
A review is made of recent efforts to define linear connections and their corresponding curvature wi...
A version of foliated spacetime is constructed in which the spatial geometry is described as a time ...
Abstract We present a first order theory of gravity (vierbein formulation) on noncommutative spaceti...
We explore Yang’s Noncommutative space-time algebra (involving two length scales) within the context...
In this article we considered models of particles living in a three-dimensional space-time with a no...
Noncommutative field theories constitute a class of theories beyond the standard model of elementary...
We consider Yang-Mills theories formulated on a noncommutative space-time described by a space-time ...
We review some aspects of the implementation of spacetime symmetries in noncommutative field theorie...
The theory of noncommutative geometry provides an interesting mathematical background for developing...
The fundamental concepts of Riemannian geometry, such as differential forms, vielbein, metric, conne...
In a quantum gravity theory, it is expected that the classical notion of spacetime disappears, leadi...
8th International Workshop DICE2016: Spacetime - Matter - Quantum Mechanics 12–16 September 2016, C...
A theory in which points, lines, areas and volumes are on on the same footing is investigated. All t...
We present a unified description of gravity and electromagnetism in the framework of a Z 2 non-commu...
A short historical review is made of some recent literature in the field of noncommutative geometry,...
A review is made of recent efforts to define linear connections and their corresponding curvature wi...
A version of foliated spacetime is constructed in which the spatial geometry is described as a time ...
Abstract We present a first order theory of gravity (vierbein formulation) on noncommutative spaceti...
We explore Yang’s Noncommutative space-time algebra (involving two length scales) within the context...
In this article we considered models of particles living in a three-dimensional space-time with a no...
Noncommutative field theories constitute a class of theories beyond the standard model of elementary...
We consider Yang-Mills theories formulated on a noncommutative space-time described by a space-time ...
We review some aspects of the implementation of spacetime symmetries in noncommutative field theorie...
The theory of noncommutative geometry provides an interesting mathematical background for developing...
The fundamental concepts of Riemannian geometry, such as differential forms, vielbein, metric, conne...
In a quantum gravity theory, it is expected that the classical notion of spacetime disappears, leadi...
8th International Workshop DICE2016: Spacetime - Matter - Quantum Mechanics 12–16 September 2016, C...
A theory in which points, lines, areas and volumes are on on the same footing is investigated. All t...