paper

and LST

arXiv:1701.05576

Abstract

It was recently shown that the theory obtained by deforming a general two dimensional conformal theory by the irrelevant operator is solvable. In the context of holography, a large class of such theories can be obtained by studying string theory on . We show that a certain deformation of the boundary gives rise in the bulk to string theory in a background that interpolates between in the IR and a linear dilaton spacetime in the UV, i.e. to a two dimensional vacuum of Little String Theory. This construction provides holographic duals for a large class of vacua of string theory in asymptotically linear dilaton spacetimes, and sheds light on the UV behavior of deformed . It may provide a step towards holography in flat spacetime.

v2: added references, v3: corrected typos and added references

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