Holographic Entanglement Entropy of the Coulomb Branch
arXiv:2012.05188 · doi:10.1007/JHEP04(2021)153
Abstract
We compute entanglement entropy (EE) of a spherical region in -dimensional supersymmetric Yang-Mills theory in states described holographically by probe D3-branes in . We do so by generalising methods for computing EE from a probe brane action without having to determine the probe's back-reaction. On the Coulomb branch with broken to , we find the EE monotonically decreases as the sphere's radius increases, consistent with the -theorem. The EE of a symmetric-representation Wilson line screened in also monotonically decreases, although no known physical principle requires this. A spherical soliton separating inside from outside had been proposed to model an extremal black hole. However, we find the EE of a sphere at the soliton's radius does not scale with the surface area. For both the screened Wilson line and soliton, the EE at large radius is described by a position-dependent W-boson mass as a short-distance cutoff. Our holographic results for EE and one-point functions of the Lagrangian and stress-energy tensor show that at large distance the soliton looks like a Wilson line in a direct product of fundamental representations.
42 pages + appendices, 12 figures
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