Comments on Noncommutative Open String Theory: V-duality and Holography
arXiv:hep-th/0006013 · doi:10.1103/PhysRevD.63.086003
Abstract
In this paper we study the interplay of electric and magnetic backgrounds in determining the decoupling limit of coincident D-branes towards a noncommutative Yang-Mills (NCYM) or open string (NCOS) theory. No decoupling limit has been found for NCYM with space-time noncommutativity. It is suggested that there is a new duality, which we call V-duality, which acts on NCOS with both space-space and space-time noncommutativity, resulting from decoupling in Lorentz-boost related backgrounds. We also show that the holographic correspondence, previously suggested by Li and Wu, between NCYM and its supergravity dual can be generalized to NCOS as well.
23 pages, RevTex, typos corrected,PRD final version
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- On Noncommutative Open String Theories
- Supergravity and Space-Time Non-Commutative Open String Theory
- Open Branes in Space-Time Non-Commutative Little String Theory
- ((F, D1), D3) bound state, S-duality and noncommutative open string/Yang-Mills theory
- SL(2, Z) Duality and 4-Dimensional Noncommutative Theories
- Non-Commutative Open (p,q)-String Theories
- Strong Coupling Effects in non-commutative spaces from OM Theory and supergravity
- Noncommutativity and the Motion of D-brane along Itself
- Supergravity and "New" Six-Dimensional Gauge Theories
- A note on half-supersymmetric bound states in M-theory and type IIA
- On the equivalence of bound state solutions
- The Galilean Nature of V-duality for Noncommutative Open String and Yang-Mills Theories
- New M(atrix)-models for Commutative and Noncommutative Gauge Theories