We consider the propagation of the closed bosonic string in the weakly curved background. We show that the closed string non-commutativity is essentially connected to the T-duality and nontrivial background. From the T-duality transformation laws, connecting the canonical variables of the original and T-dual theory, we nd the structure of the Poisson brackets in the T-dual space corresponding to the fundamental Poisson brackets in the original theory. We nd that the commutative original theory is equivalent to the non-commutative T-dual theory, in which Poisson brackets close on winding and momenta numbers and the coecients are proportional to the background uxes
We consider open strings ending on D-branes in the presence of constant metric, G, antisymmetric ten...
We consider open strings ending on D-branes in the presence of constant metric, G, antisymmetric ten...
It is conjectured that strongly coupled, spatially noncommutative N = 4 Yang-Mills theory has a dual...
We consider the propagation of the closed bosonic string in the weakly curved background. We show th...
We consider the closed string moving in a weakly curved background and its totally T-dualized backgr...
In this paper we investigate the connection between (non-)geometry and (non-)commutativity of the cl...
In this thesis a manifestly T-duality invariant formulation of closed bosonic string theory is exami...
We consider the double field formulation of the closed bosonic string theory, and calculate the Pois...
We revisit T-duality transformations for the open string via Buscher's procedure and work-out techni...
Quantization of coordinates leads to the non-commutative product of deformation quantization, but is...
We derive the commutation relations for open-string coordinates on D-branes in non-geometric backgro...
We study closed string exchanges in background $B$-field. By analysing the two point one loop amplit...
Aimed to a deeper comprehension of a manifestly T-dual invariant formulation of string theory, in th...
We analyse open string correlators in non-constant background fields, including the metric $g$, the ...
We consider the closed string propagating in a weakly curved background which consists of a constant...
We consider open strings ending on D-branes in the presence of constant metric, G, antisymmetric ten...
We consider open strings ending on D-branes in the presence of constant metric, G, antisymmetric ten...
It is conjectured that strongly coupled, spatially noncommutative N = 4 Yang-Mills theory has a dual...
We consider the propagation of the closed bosonic string in the weakly curved background. We show th...
We consider the closed string moving in a weakly curved background and its totally T-dualized backgr...
In this paper we investigate the connection between (non-)geometry and (non-)commutativity of the cl...
In this thesis a manifestly T-duality invariant formulation of closed bosonic string theory is exami...
We consider the double field formulation of the closed bosonic string theory, and calculate the Pois...
We revisit T-duality transformations for the open string via Buscher's procedure and work-out techni...
Quantization of coordinates leads to the non-commutative product of deformation quantization, but is...
We derive the commutation relations for open-string coordinates on D-branes in non-geometric backgro...
We study closed string exchanges in background $B$-field. By analysing the two point one loop amplit...
Aimed to a deeper comprehension of a manifestly T-dual invariant formulation of string theory, in th...
We analyse open string correlators in non-constant background fields, including the metric $g$, the ...
We consider the closed string propagating in a weakly curved background which consists of a constant...
We consider open strings ending on D-branes in the presence of constant metric, G, antisymmetric ten...
We consider open strings ending on D-branes in the presence of constant metric, G, antisymmetric ten...
It is conjectured that strongly coupled, spatially noncommutative N = 4 Yang-Mills theory has a dual...