The transition between the gap probabilities from the Pearcey to the Airy process; a Riemann-Hilbert approach
arXiv:1005.4083 · doi:10.1093/imrn/rnr066
Abstract
We consider the gap probability for the Pearcey and Airy processes; we set up a Riemann--Hilbert approach (different from the standard one) whereby the asymptotic analysis for large gap/large time of the Pearcey process is shown to factorize into two independent Airy processes using the Deift-Zhou steepest descent analysis. Additionally we relate the theory of Fredholm determinants of integrable kernels and the theory of isomonodromic tau function. Using the Riemann-Hilbert problem mentioned above we construct a suitable Lax pair formalism for the Pearcey gap probability and re-derive the two nonlinear PDEs recently found and additionally find a third one not reducible to those.
43 pages, 7 figures. Final version with minor changes. Accepted for publication on International Mathematical Research Notices
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- Non-commutative Painleve' equations and Hermite-type matrix orthogonal polynomials
- From the Pearcey to the Airy process
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- Nonlinear PDEs for gap probabilities in random matrices and KP theory
- Fredholm determinants and pole-free solutions to the noncommutative Painleve' II equation
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- A Survey on the Eigenvalues Local Behavior of Large Complex Correlated Wishart Matrices
- Darboux transformations and random point processes
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- Transitions between critical kernels: from the tacnode kernel and critical kernel in the two-matrix model to the Pearcey kernel
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- The Malgrange Form and Fredholm Determinants
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- Large gap asymptotics at the hard edge for product random matrices and Muttalib-Borodin ensembles
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