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This book deals with fractal geometries that have features similar to ones of ordinary Euclidean spaces, while at the same time being quite different from Euclidean spaces.. A basic example of this feature considered is the presence of Sobolev or Poincaré inequalities, concerning the relationship between the average behavior of a function and the average behavior of its small-scale oscillations. Remarkable results in the last few years through Bourdon-Pajot and Laakso have shown that there is much more in the way of geometries like this than have been realized, only examples related to nilpotent Lie groups and Carnot metrics were known previously. On the other had, 'typical' fractals that might be seen in pictures do not have these same kinds of features. This text examines these topics in detail and will interest graduate students as well as researchers in mathematics and various aspects of geometry and analysis.
This book investigates the existence and properties of fractal geometries that exhibit characteristics analogous to Euclidean spaces while maintaining distinct structural differences. Stephen Semmes, a recognized mathematician, synthesizes recent developments in the field to explore how these non-Euclidean structures support analytical tools like Sobolev and Poincaré inequalities. The text moves beyond traditional fractal models to examine how small-scale oscillations relate to average function behavior, providing a rigorous framework for understanding these complex spaces.
What You Will Find
Experts identify this monograph as a specialized resource for graduate students and researchers focusing on geometric analysis. Readers frequently note the high level of mathematical density required to engage with the author's exploration of these advanced geometric structures.
Page Count:
176
Publication Date:
2001-03-15
Publisher:
Oxford University Press
ISBN-10:
0198508069
ISBN-13:
9780198508069
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