6 research outputs found
Investigation of Zero-Modes for a Dynamical D-Brane
In this article, we investigate zero-modes for a dynamical (rotating-moving)
D-brane, coupled to the electromagnetic and tachyonic background fields.
This work is done by the boundary state methods, in three cases of bosonic and
fermionic boundary states and superstring partition function. By analyzing the
obtained zero-modes in either of the cases, interesting results will be
obtained. Our findings demonstrate the importance of the zero-mode and its
effects on the background fields and the defined internal properties of the
described system.Comment: 15 pages, 1 tabl
Some special features of a rotating-moving Dp-brane
Using the boundary string field theory (BSFT) techniques we study the boundary state and partition function for a dynamical (rotating-moving) Dp-brane coupled to the electromagnetic and tachyonic background fields in superstring theory. By making use of the created partition function, the super BSFT action with a tachyonic field and Dirac-Born-Infeld–type action will be constructed. By analyzing the obtained action interesting features will be revealed