2025/08/19 by Dai, Wei, Duan, Lixiu, Gui, Changfeng +1 · 1 citation
#Analysis of PDEs (math.AP) #FOS: Mathematics
paper · doi:10.48550/arxiv.2508.13539
In this paper, we investigate the following D1,p-critical quasi-linear Hénon equation involving p-Laplacian \ \beginaligned amp;-Δp u=|x|αup_\al^*-1, amp; x∈ \RN,
amp;ugt;0, amp; x∈ \RN, \endaligned . where N≥2, 10. By carefully studying the linearized problem and applying the approximation method and bifurcation theory, we prove that, when the parameter \al takes the critical values \al(k):=(p√((N+p-2)2+4(k-1)(p-1)(k+N-1))-p(N+p-2))/(2(p-1)) for k≥2, the above quasi-linear Hénon equation admits non-radial solutions u such that u∼ |x|-(N-p)/(p-1) and |∇ u|∼ |x|-(N-1)/(p-1) at ∞. One should note that, α(k)=2(k-1) for k≥2 when p=2. Our results successfully extend the classical work of F. Gladiali, M. Grossi, and S. L. N. Neves in \citeGGN concerning the Laplace operator (i.e., the case p=2) to the more general setting of the nonlinear p-Laplace operator (1