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dc.contributor.authorAkemann, G-
dc.identifier.citationActa Physica Polonica B38: 3981-3991, Oct 2007-
dc.description.abstractWe summarise recent results for the chiral Random Two-Matrix Theory constructed to describe QCD in the epsilon-regime with imaginary chemical potential. The virtue of this theory is that unquenched Lattice simulations can be used to determine both low energy constants Sigma and F in the leading order chiral Lagrangian, due to their respective coupling to quark mass and chemical potential. We briefly recall the analytic formulas for all density and individual eigenvalue correlations and then illustrate them in detail in the simplest, quenched case with imaginary isospin chemical potential. Some peculiarities are pointed out for this example: i) the factorisation of density and individual eigenvalue correlation functions for large chemical potential and ii) the factorisation of the non-Gaussian weight function of bi-orthogonal polynomials into Gaussian weights with ordinary orthogonal polynomials.en
dc.format.extent580228 bytes-
dc.publisherActa Physica Polonica Ben
dc.subjectRandom matrix theoryen
dc.titleChiral random two-matrix theory and QCD with imaginary chemical potentialen
dc.typeConference Paperen
Appears in Collections:Mathematical Physics
Dept of Mathematics Research Papers
Mathematical Sciences

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