We use the boundary state formalism to study the interaction of two moving identical D-branes in the Type II superstring theory compactified on orbifolds. By computing the velocity dependence of the amplitude in the limit of large separation we can identify the nature of the different forces between the branes. In particular, in the Z_3 orbifold case we find a boundary state which is coupled only to the N=2 graviton multiplet containing just a graviton and a vector like in the extremal Reissner-Nordström configuration. We also discuss other cases including $T_4/Z_2$
In this article we present a general description of two moving branes in presence of the $B_{\mu \nu...
The potential between two D0-branes at rest is calculated to be a linear. Also the potential between...
We employ the boundary state formalism to compute the pair creation rate of the open superstrings fr...
We use the boundary state formalism to study the interaction of two moving identical D-branes in the...
We determine the boundary state for both the NS-NS and R-R sectors of superstring theory. We show ho...
We discuss D-brane dynamics in orbifold compactifications of type II superstring theory. We compute ...
I calculate the semiclassical phase shift, as function of impact parameter and velocity, when one D-...
We study the spin dependence of D-brane dynamics in the Green-Schwarz formalism of boundary states. ...
We compute the amplitude for the radiation of massless NS-NS closed string states from the interacti...
We discuss various D-brane configurations in 4-dimensional orbifold compactifications of type II sup...
We review the boundary state description of the non-BPS D-branes in the typeI string theory and show...
We review two types of D-branes processes where open strings are created. In the first type, a close...
We study the D-brane spectrum of N=2 string orbifold theories using the boundary state formalism. Th...
AbstractWe calculate the supergravity fields sourced by a D-brane with a null travelling wave from d...
AbstractAs a step toward constructing realistic brane world models in string theory, we consider the...
In this article we present a general description of two moving branes in presence of the $B_{\mu \nu...
The potential between two D0-branes at rest is calculated to be a linear. Also the potential between...
We employ the boundary state formalism to compute the pair creation rate of the open superstrings fr...
We use the boundary state formalism to study the interaction of two moving identical D-branes in the...
We determine the boundary state for both the NS-NS and R-R sectors of superstring theory. We show ho...
We discuss D-brane dynamics in orbifold compactifications of type II superstring theory. We compute ...
I calculate the semiclassical phase shift, as function of impact parameter and velocity, when one D-...
We study the spin dependence of D-brane dynamics in the Green-Schwarz formalism of boundary states. ...
We compute the amplitude for the radiation of massless NS-NS closed string states from the interacti...
We discuss various D-brane configurations in 4-dimensional orbifold compactifications of type II sup...
We review the boundary state description of the non-BPS D-branes in the typeI string theory and show...
We review two types of D-branes processes where open strings are created. In the first type, a close...
We study the D-brane spectrum of N=2 string orbifold theories using the boundary state formalism. Th...
AbstractWe calculate the supergravity fields sourced by a D-brane with a null travelling wave from d...
AbstractAs a step toward constructing realistic brane world models in string theory, we consider the...
In this article we present a general description of two moving branes in presence of the $B_{\mu \nu...
The potential between two D0-branes at rest is calculated to be a linear. Also the potential between...
We employ the boundary state formalism to compute the pair creation rate of the open superstrings fr...