(m,n)-Strings In IIB Matrix Model

Abstract

By adding gauge fields to the D-string classical solution, which have non-zero contribution to commutators in continuum limit (extreme large $N$), we introduced $(m,n)$-strings in IIB matrix model. It is found that the size of matrices depends on the value of the electric field. The tension of these strings appears in $SL(2,Z)$ invariant form. The interaction for parallel and angled strings are found in agreement with the string theory for small electric fields.

LaTeX file, 10 pages; the disccusion on weak electric field are expanded; to appear in PLB

References in corpus (8)

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• Noncommutative Geometry From Strings and Branes
• Noncommutative Geometry from D0-branes in a Background B-field
• Dynamics of (n, 1) Strings
• More on Mixed Boundary Conditions and D-branes Bound States
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• The Hagedorn Transition and the Matrix Model for Strings