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Squared width and profile of the confining flux tube in the U(1) LGT in 3D
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The dual formulation of the compact U(1) lattice gauge theory in three spacetime dimensions allows to finely study the squared width and the profile of the confining flux tube on a wide range of physical interquark distances. The results obtained in Monte Carlo simulations are compared with the predictions of the effective bosonic-string model and with the dual superconductor model. While the former fails at describing the data from a quantitative point of view, the latter is in good agreement with it. An interpretation of these results is proposed in light of the particular features of the U(1) lattice gauge theory in 3D and a comparison with non-Abelian gauge theories in four spacetime dimensions is discussed.
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Effective Strings in QED$_3$
In QED3 with m^2 << T, the confining string has a constant width ~1/m up to exponentially long lengths, plus calculable quantum corrections to its energy and scattering.
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