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arXiv:hep-th/9405014 · Nuclear Physics B

Form-factor bootstrap and the operator content of perturbed minimal models

A. Koubek

Published Oct 1, 1994• 35 citations
arXivHTMLPDF
DOI
10.1016/0550-3213(94)90368-9

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Form-factor bootstrap and the operator content of perturbed minimal models

Koubek, A, Cambridge Univ. (United Kingdom). Dept. of Applied Mathematics and Theoretical Physics

The form-factor bootstrap approach is applied to the perturbed minimal models $M_{2,2n+3}$ in the direction of the primary field $\\phi_{1,3}$. These theories are integrable and contain $n$ massive scalar particles, whose $S$--matrix is purely elastic. The form-factor equations do not refer to a specific operator. We use this fact to classify the operator content of these models. We show that the perturbed models contain the same number of primary fields as the conformal ones. Explicit solutions are constructed and conjectured to correspond to the off-critical primary fields $\\phi_{1,k}$.

•Jan 1, 1994•31 citations

On correlation functions in the perturbed minimal models

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The form-factor bootstrap approach is applied to the perturbed minimal models M2,2n+3M_{2,2n+3}M2,2n+3​ in the direction of the primary field phi1,3\\phi_{1,3}phi1,3​. These theories are integrable and contain nnn massive scalar particles, whose SSS--matrix is purely elastic. The form-factor equations do not refer to a specific operator. We use this fact to classify the operator content of these models. We show that the perturbed models contain the same number of primary fields as the conformal ones. Explicit solutions are constructed and conjectured to correspond to the off-critical primary fields phi1,k\\phi_{1,k}phi1,k​.