We study different maximum principles for non-local non-linear operators with non-standard growth that arise naturally in the context of fractional Orlicz–Sobolev spaces and whose most notable representative is the fractional g-Laplacian: [Formula presented] being g the derivative of a Young function. We further derive qualitative properties of solutions such as a Liouville type theorem and symmetry results and present several possible extensions and some interesting open questions. These are the first results of this type proved in this setting.Fil: Molina, Sandra. Universidad Nacional de Mar del Plata; ArgentinaFil: Salort, Ariel Martin. Universidad de Buenos Aires. Facultad de Ciencias Exactas y Naturales. Departamento de Matemática; Arg...
In this paper, we develop a direct method of moving planes in unbounded domains for the fractional p...
We propose a unified functional analytic approach to study the uniform analytic-Gevrey regularity an...
We introduce a notion of fractional Laplacian for functions which grow more than linearly at infinit...
We study the existence and positivity of solutions to problems involving higher-order fractional Lap...
We introduce a notion of fractional Laplacian for functions which grow more than linearly at infinit...
In this paper, we show that the existence of a positive weak solution to the equation $(-\Delta_g)^s...
This is the first of two articles dealing with the equation (-)sv = f (v) in Rn, with s ¿ (0,1), whe...
Grube F, Hensiek T. Maximum principle for stable operators. Mathematische Nachrichten. 2023.We prove...
In the first part of this article we deal with the existence of at least three non-trivial weak solu...
We overview some recent existence and regularity results in the theory of nonlocal nonlinear problem...
We study the extremal solution for the problem (-¿)su=¿f(u) in O , u=0 in Rn\O , where ¿>0 is a para...
In this paper we extend two nowadays classical results to a nonlinear Dirichlet problem to equations...
This paper concerns the study of the asymptotic behavior of the solutions to a family of fractional ...
Abstract. This paper, which is the follow-up to part I, concerns the equation (−Δ)sv + G′(v) = 0 in...
In this paper we present some Liouville type theorems for solutions of differential inequalities inv...
In this paper, we develop a direct method of moving planes in unbounded domains for the fractional p...
We propose a unified functional analytic approach to study the uniform analytic-Gevrey regularity an...
We introduce a notion of fractional Laplacian for functions which grow more than linearly at infinit...
We study the existence and positivity of solutions to problems involving higher-order fractional Lap...
We introduce a notion of fractional Laplacian for functions which grow more than linearly at infinit...
In this paper, we show that the existence of a positive weak solution to the equation $(-\Delta_g)^s...
This is the first of two articles dealing with the equation (-)sv = f (v) in Rn, with s ¿ (0,1), whe...
Grube F, Hensiek T. Maximum principle for stable operators. Mathematische Nachrichten. 2023.We prove...
In the first part of this article we deal with the existence of at least three non-trivial weak solu...
We overview some recent existence and regularity results in the theory of nonlocal nonlinear problem...
We study the extremal solution for the problem (-¿)su=¿f(u) in O , u=0 in Rn\O , where ¿>0 is a para...
In this paper we extend two nowadays classical results to a nonlinear Dirichlet problem to equations...
This paper concerns the study of the asymptotic behavior of the solutions to a family of fractional ...
Abstract. This paper, which is the follow-up to part I, concerns the equation (−Δ)sv + G′(v) = 0 in...
In this paper we present some Liouville type theorems for solutions of differential inequalities inv...
In this paper, we develop a direct method of moving planes in unbounded domains for the fractional p...
We propose a unified functional analytic approach to study the uniform analytic-Gevrey regularity an...
We introduce a notion of fractional Laplacian for functions which grow more than linearly at infinit...