On the asymptotics of some large Hankel determinants generated by Fisher-Hartwig symbols defined on the real line
arXiv:math-ph/0411019 · doi:10.1063/1.1867981
Abstract
We investigate the asymptotics of the determinant of N by N Hankel matrices generated by Fisher-Hartwig symbols defined on the real line, as N becomes large. Such objects are natural analogues of Toeplitz determinants generated by Fisher-Hartwig symbols, and arise in random matrix theory in the investigation of certain expectations involving random characteristic polynomials. The reduced density matrices of certain one-dimensional systems of impenetrable bosons can also be expressed in terms of Hankel determinants of this form. We focus on the specific cases of scaled Hermite and Laguerre weights. We compute the asymptotics using a duality formula expressing the N by N Hankel determinant as a 2|q|-fold integral, where q is a fixed vector, which is valid when each component of q is natural.We thus verify, for such q, a recent conjecture of Forrester and Frankel derived using a log-gas argument.
16 pages. Published version, with new references added, and some minor errors corrected
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- Moments of the position of the maximum for GUE characteristic polynomials and for log-correlated Gaussian processes
- Asymptotic corrections to the eigenvalue density of the GUE and LUE
- Asymptotics for Hankel Determinants Associated to a Hermite Weight with a Varying Discontinuity
- Random Matrices with Merging Singularities and the Painlevé V Equation
- Correlations of RMT Characteristic Polynomials and Integrability: Hermitean Matrices
- On the moments of characteristic polynomials