Classics on Fractals

The title of this book is subversive. Compared to the contents of other popular books on fractals, such as Peitgen & Saupe's "Chaos and Fractals", the reader will find almost no commonality except for the word "fractal" in the title. And this is what makes this book so wonderful and refreshing. Other pop books on fractals tend to be filled with shallow descriptions, crude phenomenology, and neither hint of the underlying theory, nor any clue of the depth and importance of it. The Peitgen-Saupe series is particularly guilty of this fault. By contrast, in this book, "Classics on Fractals", we hear Georg Cantor explain Cantor sets in his own words, and realize how trivialized the pop-lit explanations are. We have Helge von Koch explain the Koch curve, and Felix Hausdorff explain Hausdorff measure; Besicovitch explaining fractal dimensions, Paul Levy presenting fractals that tile (now called Levy dragons), and Kolmogorov theorizing about entropy. The papers reproduced in this book are fifty to one hundred years old: we catch glimpses of the cornerstones of modern mathematics being laid. Note, however, that you will need to have strong mathematical skills and interests to find the pleasure and entertainment in this book. This is, after all, a collection of mathematical papers written by leading mathematicians, for other mathematicians, and originally published in mathematical journals. These are not simplified expositions for the lay reader. Each non-English reprint has been translated to English, and is preceded by several paragraphs of introduction to the setting and the mathematician. Serious amateurs investigating fractals will be awed by this book, and professionals will be a bit humbled on rediscovering some of the history of fractals.

This anthology is a collection of the classic essays on chaos, from before chaos theory was created or the word 'fractal' was coined. The math level is a little high for the general reader, but it is well worth reading once the reader has the necessary background.