Quantization for an elliptic equation of order 2m with critical exponential non-linearity

Details Quantization for an elliptic equation of order 2m with critical exponential non-linearity Quantization for an elliptic equation of order 2m with critical exponential non-linearity

2010-03-05

arxiv.org/abs/1003.1329v1

Mathematics

Functional Analysis

33 pages

Scientific paper

On a smoothly bounded domain $\Omega\subset\R{2m}$ we consider a sequence of positive solutions $u_k\stackrel{w}{\rightharpoondown} 0$ in $H^m(\Omega)$ to the equation $(-\Delta)^m u_k=\lambda_k u_k e^{mu_k^2}$ subject to Dirichlet boundary conditions, where $0<\lambda_k\to 0$. Assuming that $$\Lambda:=\lim_{k\to\infty}\int_\Omega u_k(-\Delta)^m u_k dx<\infty,$$ we prove that $\Lambda$ is an integer multiple of $\Lambda_1:=(2m-1)!\vol(S^{2m})$, the total $Q$-curvature of the standard $2m$-dimensional sphere.

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