Add to ORKGWe consider the relation between the five-dimensional BF model and a four-dimensional local current algebra from the point of view of perturbative local quantum field theory. We use an axial gauge fixing procedure and show that it allows for a well defined theory which actually can be solved exactly
The sigma model describing the dynamics of the superstring in the AdS(5) x S(5) background can be co...
Lattice current algebras were introduced as a regularization of the left- and right moving degrees o...
AbstractThe 2-dimensional BF theory is both a gauge theory and a topological Poisson σ-model corresp...
In this thesis quantum gauge theories are considered in the framework of local, causal perturbation ...
We explore some explicit representations of a certain stable deformed algebra of quantum mechanics, ...
In this thesis quantum gauge theories are considered in the framework of local, causal perturbation ...
Methods of algebraic quantum field theory are used to classify all field- and observable algebras, w...
A planar boundary introduced à la Symanzik in the 5D topological BF theory, with only the requiremen...
The perturbative treatment of quantum field theory is formulated within the framework of algebraic q...
Interacting fields can be constructed as formal power series in the framework of causal perturbation...
Interacting fields can be constructed as formal power series in the framework of causal perturbation...
We review our recent construction of operator-algebraic quantum field models with a weak localizatio...
We show how the Dijkgraaf-Vafa matrix model proposal can be extended to describe five-dimensional ga...
We review the homotopy algebraic perspective on perturbative quantum field theory: classical field t...
Abstract We introduce and study conformal field theories specified by W −algebras commuting with cer...
The sigma model describing the dynamics of the superstring in the AdS(5) x S(5) background can be co...
Lattice current algebras were introduced as a regularization of the left- and right moving degrees o...
AbstractThe 2-dimensional BF theory is both a gauge theory and a topological Poisson σ-model corresp...
In this thesis quantum gauge theories are considered in the framework of local, causal perturbation ...
We explore some explicit representations of a certain stable deformed algebra of quantum mechanics, ...
In this thesis quantum gauge theories are considered in the framework of local, causal perturbation ...
Methods of algebraic quantum field theory are used to classify all field- and observable algebras, w...
A planar boundary introduced à la Symanzik in the 5D topological BF theory, with only the requiremen...
The perturbative treatment of quantum field theory is formulated within the framework of algebraic q...
Interacting fields can be constructed as formal power series in the framework of causal perturbation...
Interacting fields can be constructed as formal power series in the framework of causal perturbation...
We review our recent construction of operator-algebraic quantum field models with a weak localizatio...
We show how the Dijkgraaf-Vafa matrix model proposal can be extended to describe five-dimensional ga...
We review the homotopy algebraic perspective on perturbative quantum field theory: classical field t...
Abstract We introduce and study conformal field theories specified by W −algebras commuting with cer...
The sigma model describing the dynamics of the superstring in the AdS(5) x S(5) background can be co...
Lattice current algebras were introduced as a regularization of the left- and right moving degrees o...
AbstractThe 2-dimensional BF theory is both a gauge theory and a topological Poisson σ-model corresp...