Oblique DLCQ M-theory and Multiple M2-branes

Abstract

We propose an oblique DLCQ as a limit to realize a theory of multiple M2-branes in M(atrix)-theory context. The limit is a combination of an infinite boosting of a space-like circle and a tuned tilting of the circle direction. We obtain a series of supergravity solutions describing various dual configurations including multiple M2-branes. For an infinite boosting along a circle wrapped obliquely around a rectangular torus, Seiberg’s DLCQ limit distorts the torus modulus. In the context of supergravity, we show explicitly how this torus modulus of M̃-theory is realized as the vacuum modulus of dual IIB-theory.

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Cite this paper

@inproceedings{Cho2009ObliqueDM, title={Oblique DLCQ M-theory and Multiple M2-branes}, author={Jin-Ho Cho and Sunyoung Shin}, year={2009} }