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含次临界和临界非线性项的仿射$p$-拉普拉斯方程的最小能量解

Least energy solutions for affine $p$-Laplace equations involving subcritical and critical nonlinearities

Edir Junior Ferreira Leite, Marcos Montenegro

AI总结:

本文研究含仿射$p$-拉普拉斯非局部算子的两类椭圆问题,探讨其最小能量型正$C^1$解的存在性与不存在性,分析了由能量泛函非凸及不等式严格性带来的困难。

摘要:

本文研究涉及仿射$p$-拉普拉斯非局部算子$\Delta_p^{\cal A}$的Lane-Emden问题与Brezis-Nirenberg问题,该算子由文献\cite{HJM5}引入,源自凸几何中Lutwak、Yang和Zhang提出的仿射$L^p$能量${\cal E}_{p,\Omega}$(见文献\cite{LYZ2})。我们重点关注最小能量型正$C^1$解的存在性与不存在性。主要困难部分源于${\cal E}_{p,\Omega}$不具备凸性,以及${\cal E}_{p,\Omega}(u) \leq \Vert u \Vert_{W^{1,p}_0(\Omega)}$通常为严格不等式。

英文摘要:

The paper is concerned with Lane-Emden and Brezis-Nirenberg problems involving the affine $p$-laplace nonlocal operator $Δ_p^{\cal A}$, which has been introduced in \cite{HJM5} driven by the affine $L^p$ energy ${\cal E}_{p,Ω}$ from convex geometry due to Lutwak, Yang and Zhang \cite{LYZ2}. We are particularly interested in the existence and nonexistence of positive $C^1$ solutions of least energy type. Part of the main difficulties are caused by the absence of convexity of ${\cal E}_{p,Ω}$ and by the comparison ${\cal E}_{p,Ω}(u) \leq \Vert u \Vert_{W^{1,p}_0(Ω)}$ generally strict.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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