Right tail expansion of Tracy-Widom beta laws
arXiv:1111.2761 · doi:10.1142/S2010326312500062
Abstract
Using loop equations, we compute the large deviation function of the maximum eigenvalue to the right of the spectrum in the Gaussian beta matrix ensembles, to all orders in 1/N. We then give a physical derivation of the all order asymptotic expansion of the right tail Tracy-Widom beta laws, for all positive beta, by studying the double scaling limit.
23 pages
References in corpus (2)
Cited by in corpus (20)
- Extreme value statistics of correlated random variables: a pedagogical review
- Top eigenvalue of a random matrix: large deviations and third order phase transition
- Invariant -ensembles and the Gauss-Wigner crossover
- Critical Behaviour of the Number of Minima of a Random Landscape at the Glass Transition Point and the Tracy-Widom distribution
- Large deformations of the Tracy-Widom distribution I. Non-oscillatory asymptotics
- Lower tail of the KPZ equation
- Half-space stationary Kardar-Parisi-Zhang equation
- Recursion for the smallest eigenvalue density of -Wishart-Laguerre ensemble
- Tracy-Widom at high temperature
- Large deviation eigenvalue density for the soft edge Laguerre and Jacobi -ensembles
- Higher Order Analogues of Tracy-Widom Distributions via the Lax Method
- Spectral Properties of the Jacobi Ensembles via the Coulomb Gas approach
- Unitary matrix models and random partitions: Universality and multi-criticality
- Instantons and Extreme Value Statistics of Random Matrices
- At the edge of a one-dimensional jellium
- Tail decay for the distribution of the endpoint of a directed polymer
- Tracy-Widom distributions for the Gaussian orthogonal and symplectic ensembles revisited: a skew-orthogonal polynomials approach
- Finite-size relaxational dynamics of a spike random matrix spherical model
- The Tracy-Widom distribution at large Dyson index
- Computing the Tracy-Widom Distribution for Arbitrary