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The Dirichlet eigenvalue problems for some concave elliptic Hessian operators

2025/10/19 by Zhang, Jiaogen
#Analysis of PDEs (math.AP) #Differential Geometry (math.DG) #FOS: Mathematics

paper · doi:10.48550/arxiv.2510.16748

Abstract

In this manuscript, we investigate a priori estimates for the solution to the Dirichlet eigenvalue problem for a broad class of concave elliptic Hessian operators of the form F(D2u)=-Λu \textrmin Ω, u=0 \textrmon ∂ Ω. These operators encompass the Monge-Ampère operator, the k-Hessian operators, and the p-Monge-Ampère operators. We impose a fairly mild constraint on the operator F, allowing us to demonstrate the existence of the first nonzero eigenvalue and its corresponding Γ-admissible eigenfunction on the smooth, strictly Γ-convex domain Ω⊂ ℝn. Furthermore, we prove that the eigenfunction u1 belongs to C(Ω) ∩ C1,1(Ω). As an application, we prove that every invariant Gårding-Dirichlet operator admits a unique first nonzero eigenvalue. Finally, a bifurcation-type theory for these operators is also established.

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