We express the gap probabilities of the tacnode process as the ratio of two Fredholm determinants; the denominator is the standard Tracy-Widom distribution, while the numerator is the Fredholm determinant of a very explicit kernel constructed with Airy functions and exponentials. The formula allows us to apply the theory of numerical evaluation of Fredholm determinants and thus produce numerical results for the gap probabilities. In particular we investigate numerically how, in different regimes, the Pearcey process degenerates to the Airy one, and the tacnode degenerates to the Pearcey and Airy ones
We consider the gap probability for the Bessel process in the single-time and multi-time case. We pr...
We consider the gap probability for the Generalized Bessel process, a determinantal point process wh...
We study Fredholm determinants of a class of integral operators, whose kernels can be expressed as d...
17 pages, 4 figures, references updatedInternational audienceWe express the gap probabilities of the...
We consider the gap probability for the Pearcey and Airy processes; we set up a Riemann–Hilbert appr...
We consider the gap probability for the Pearcey and Airy processes; we set up a Riemann–Hilbert appr...
We consider the gap probability for the Pearcey and Airy processes; we set up a Riemann--Hilbert app...
We consider the gap probability for the Pearcey and Airy processes; we set up a Riemann–Hilbert appr...
In this paper we describe a general method to derive formulas relating the gap probabilities of some...
We obtain large gap asymptotics for Airy kernel Fredholm determinants with any number m of discontin...
In this paper, we describe a general method to derive formulas relating the gap probabilities of som...
40 pages, 1 figure (only!), ver2, grammatical correctionsInternational audienceIn this paper we desc...
In this work, we study problems related to gap probabilities of certain universal determinantal poin...
For a wide class of Hermitian random matrices, the limit distribution of the eigenvalues close to th...
Nous considérons la probabilité de "gap" pour le processus de Bessel dans le cas sans temp et le cas...
We consider the gap probability for the Bessel process in the single-time and multi-time case. We pr...
We consider the gap probability for the Generalized Bessel process, a determinantal point process wh...
We study Fredholm determinants of a class of integral operators, whose kernels can be expressed as d...
17 pages, 4 figures, references updatedInternational audienceWe express the gap probabilities of the...
We consider the gap probability for the Pearcey and Airy processes; we set up a Riemann–Hilbert appr...
We consider the gap probability for the Pearcey and Airy processes; we set up a Riemann–Hilbert appr...
We consider the gap probability for the Pearcey and Airy processes; we set up a Riemann--Hilbert app...
We consider the gap probability for the Pearcey and Airy processes; we set up a Riemann–Hilbert appr...
In this paper we describe a general method to derive formulas relating the gap probabilities of some...
We obtain large gap asymptotics for Airy kernel Fredholm determinants with any number m of discontin...
In this paper, we describe a general method to derive formulas relating the gap probabilities of som...
40 pages, 1 figure (only!), ver2, grammatical correctionsInternational audienceIn this paper we desc...
In this work, we study problems related to gap probabilities of certain universal determinantal poin...
For a wide class of Hermitian random matrices, the limit distribution of the eigenvalues close to th...
Nous considérons la probabilité de "gap" pour le processus de Bessel dans le cas sans temp et le cas...
We consider the gap probability for the Bessel process in the single-time and multi-time case. We pr...
We consider the gap probability for the Generalized Bessel process, a determinantal point process wh...
We study Fredholm determinants of a class of integral operators, whose kernels can be expressed as d...