activity
20202026
collaborators

7 papers

math.AP2026

Symmetry, monotonicity, and asymptotics of singular solutions to semilinear elliptic equations

Xusheng Du, Hui Yang

In this paper, we study singular positive solutions to the semilinear elliptic equation where is a bounded or u…

math.AP2024

Asymptotic expansions for conformal scalar curvature equations near isolated singularities

Xusheng Du, Hui Yang

In this paper, we study asymptotic expansions of positive solutions of the conformal scalar curvature equation $$ - Δu = K(x) u^\frac{n + 2}{n - 2} ~~~~~~ \textmd{in} ~ B_1 \setmin…

math.AP2023

Existence of solutions to a conformally invariant integral equation involving Poisson-type kernels

Xusheng Du, Tianling Jin, Hui Yang

In this paper, we study existence of solutions to a conformally invariant integral equation involving Poisson-type kernels. Such integral equation has a stronger non-local feature…

math.AP2021

Blow up limits of the fractional Laplacian and their applications to the fractional Nirenberg problem

Xusheng Du, Tianling Jin, Jingang Xiong +1

We show a convergence result of the fractional Laplacian for sequences of nonnegative functions without uniform boundedness near infinity. As an application, we construct a sequenc…

math.AP2021

A priori estimates versus arbitrarily large solutions for fractional semi-linear elliptic equations with critical Sobolev exponent

Xusheng Du, Hui Yang

We study positive solutions to the fractional semi-linear elliptic equation with an isolated singu…

math.AP2020

Large singular solutions for conformal -curvature equations on

Xusheng Du, Hui Yang

In this paper, we study the existence of positive functions such that the conformal -curvature equation \begin{equation}\label{001} P_m (v) =K v^{\frac…

math.AP2020

Local behavior of positive solutions of higher order conformally invariant equations with a singular set

Xusheng Du, Hui Yang

We study some properties of positive solutions to the higher order conformally invariant equation with a singular set $$ (-Δ)^m u = u^{\frac{n+2m}{n-2m}} ~~~~~~ \textmd{in} ~ Ω\bac…