Article
Fermionic Backgrounds and Condensation of Supergravity Fields in IIB Matrix Model
Physical review D: Particles and fields
(Impact Factor: 4.86).
03/2005;
DOI: 10.1103/PhysRevD.72.066001
Source: arXiv

Article: Little typeIIB matrix model
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ABSTRACT: We study the zerodimensional reduced model of D=6 pure super YangMills theory and argue that the large N limit describes the (2,0) Little String Theory. The oneloop effective action shows that the force exerted between two diagonal blocks of matrices behaves as 1/r4, implying a sixdimensional spacetime. We also observe that it is due to nongravitational interactions. We construct wave functions and vertex operators which realize the D=6, (2,0) tensor representation. We also comment on other little analogues of the IIB matrix model and Matrix Theory with less supercharges.Physical review D: Particles and fields 08/2006; 74(4). DOI:10.1103/PhysRevD.74.046003 · 4.86 Impact Factor 
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ABSTRACT: AdSCFT and dSCFT Correspondence Brane Dynamics in Gauge Theories Dbranes Black Holes in String TheoryJournal of High Energy Physics 12/2005; 12(12):028028. DOI:10.1088/11266708/2005/12/028 · 6.22 Impact Factor 
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ABSTRACT: We construct wave functions and vertex operators in the type IIB matrix model by using a supersymmetric Wilson line operator. It is shown that wave functions can be intepreted as overlaps of the Dinstanton boundary states with the closed string massless states. We then calculate the oneloop effective action for N Dinstantons under the supergravity backgrounds by integrating out one Dinstanton with an appropriate wave function.Progress of Theoretical Physics Supplement 01/2006; 164:109117. DOI:10.1143/PTPS.164.109 · 1.25 Impact Factor
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