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World-Sheet Logarithmic Operators and Target Space Symmetries in String Theory

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arxiv hep-th/9512210 v2 pith:3UBTN7CI submitted 1995-12-28 hep-th

Ian I. Kogan , Nick E. Mavromatos This is my paper · ORCID
classification hep-th
keywords operatorsstringtheorylogarithmicspacesymmetriestargetworld-sheet
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We discuss the target-space interpretation of the world-sheet logarithmic operators in string theory. These operators generate the normalizable zero modes (discrete states) in target space, which restore the symmetries of the theory broken by the background. The problem of the recoil in string theory is considered, as well as some general properties of string amplitudes containing logarithmic operators.

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  1. Analytic Bootstrap for Logarithmic CFT

    hep-th 2019-08 conditional novelty 6.0 of 10

    The leading large-spin anomalous dimension of double-trace operators in four-dimensional logarithmic CFTs behaves as γ0/ℓ^{τ_m}, where τ_m is the minimal twist, provided no operator has negative scaling dimension.

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