Comparison Principles for General Potential Theories and PDEs : (AMS-218) Hardback
by Marco Cirant, F. Reese Harvey, H. Blaine Lawson, Kevin R. Payne
Part of the Annals of Mathematics Studies series
Hardback
Description
An examination of the symbiotic and productive relationship between fully nonlinear partial differential equations and generalized potential theoriesIn recent years, there has evolved a symbiotic and productive relationship between fully nonlinear partial differential equations and generalized potential theories.
This book examines important aspects of this story. One main purpose is to prove comparison principles for nonlinear potential theories in Euclidian spaces straightforwardly from duality and monotonicity under the weakest possible notion of ellipticity.
The book also shows how to deduce comparison principles for nonlinear differential operators, by marrying these two points of view, under the correspondence principle. The authors explain that comparison principles are fundamental in both contexts, since they imply uniqueness for the Dirichlet problem.
When combined with appropriate boundary geometries, yielding suitable barrier functions, they also give existence by Perron’s method.
There are many opportunities for cross-fertilization and synergy.
In potential theory, one is given a constraint set of 2-jets that determines its subharmonic functions.
The constraint set also determines a family of compatible differential operators. Because there are many such operators, potential theory strengthens and simplifies the operator theory.
Conversely, the set of operators associated with the constraint can influence the potential theory.
Information
-
Out of stock
- Format:Hardback
- Pages:232 pages
- Publisher:Princeton University Press
- Publication Date:03/10/2023
- Category:
- ISBN:9780691243610
Other Formats
- Paperback / softback from £53.35
- PDF from £46.50
Information
-
Out of stock
- Format:Hardback
- Pages:232 pages
- Publisher:Princeton University Press
- Publication Date:03/10/2023
- Category:
- ISBN:9780691243610