"Generalizations of a Laplacian-Type Equation in the Heisenberg Group a" by Kristen Snyder Childers

Graduation Year

2011

Document Type

Thesis

Degree

M.A.

Degree Granting Department

Mathematics and Statistics

Major Professor

Thomas Bieske, Ph.D.

Committee Member

Mil´e Krajcevski, Ph.D.

Committee Member

Sherwin Kouchekian, Ph.D.

Keywords

Fundamental Solution, Nonlinear Potential Theory, p-Laplace operator, Partial Differential Equations, Sub-Riemannian Geometry

Abstract

In [2], Beals, Gaveau and Greiner find the fundamental solution to a 2-Laplace-type equation in a class of sub-Riemannian spaces. This fundamental solution is based on the well-known fundamental solution to the p-Laplace equation in Grushin-type spaces [4] and the Heisenberg group [6]. In this thesis, we look to generalize the work in [2] for a p-Laplace-type equation. After discovering that the "natural" generalization fails, we find two generalizations whose solutions are based on the fundamental solution to the p-Laplace equation.

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