Mathematical analysis demonstrates the existence and regularity of solutions to fractional Laplacian equations with Hardy potentials, revealing broad solvability across all real coupling parameters.
This paper is concerned with the following semilinear elliptic equation involving the fractional Laplacian: (-Δ)ˢ u+ g|u|ᵖ⁻¹u= λu|x|²ˢ+f(x), in a bounded domain $Ω$ of RN\,(N>2s), subject to the zero Dirichlet condition in RN Ω, where $0 1$ and f∈ L(p+1)/pg(Ω). Under certain integrability condition on g, the existence of solution is proven for every λ∈ R. Moreover, the regularity of solution is also obtained.
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Fiñana et al. (2026) studied this question.
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