Shannon and Rényi mutual information in quantum critical spin chains
arXiv:1403.6157 · doi:10.1103/PhysRevB.90.045424
Abstract
We study the Shannon mutual information in one-dimensional critical spin chains, following a recent conjecture (Phys. Rev. Lett. 111, 017201 (2013)), as well as Rényi generalizations of it. We combine conformal field theory arguments with numerical computations in lattice discretizations with central charge and . For a periodic system of length cut into two parts of length and , all our results agree with the general shape-dependence , where is a universal coefficient. For the free boson CFT we show from general arguments that . At we conjecture a result for . We perform extensive numerical computations in Ising chains to confirm this, and also find , a nontrivial number which we do not understand analytically. Open chains at and are even more intriguing, with a shape-dependent logarithmic divergence of the Shannon mutual information.
20 pages, 13 figures. v2: minor corrections, table added, expanded appendices. v3: published version
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