2004International Mathematics Research NoticesRequires access

Untitled research work

Igor Krasovsky

Open publisher page 92 citations

Abstract

We obtain uniform asymptotics for polynomials orthogonal on a fixed and varying arc of the unit circle with a positive analytic weight function. We also complete the proof of the large s asymptotic expansion for the Fredholm determinant with the kernel sinz/(π z) on the interval [0,s], verifying a conjecture of Dyson for the constant term in the expansion. In the Gaussian unitary ensemble of random matrices, this determinant describes the probability for an interval of length s in the bulk scaling limit to be free from the eigenvalues.

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What this paper is about

We obtain uniform asymptotics for polynomials orthogonal on a fixed and varying arc of the unit circle with a positive analytic weight function. We also complete the proof of the large s asymptotic expansion for the Fredholm determinant with the kernel sinz/(π z) on the interval [0,s], verifying a conjecture of Dyson for the constant term in the expansion. In the Gaussian unitary ensemble of random matrices, this determinant describes the probability for an interval of length s in the bulk scaling limit to be free from the eigenvalues.

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Available abstract

We obtain uniform asymptotics for polynomials orthogonal on a fixed and varying arc of the unit circle with a positive analytic weight function. We also complete the proof of the large s asymptotic expansion for the Fredholm determinant with the kernel sinz/(π z) on the interval [0,s], verifying a conjecture of Dyson for the constant term in the expansion. In the Gaussian unitary ensemble of random matrices, this determinant describes the probability for an interval of length s in the bulk scaling limit to be free from the eigenvalues.

Key concepts: Mathematics

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