The Fractal Geometry Of Nature: Updated And Augmented
Condition: SECONDHAND
This is a secondhand book. The jacket image is a photograph of the exact copy we have in stock. This image shows the condition of this book. Further condition remarks are below.
Condition remarks:
Book: Good
Jacket: Worn/faded, no tears
Pages: Good
What if the jagged coastline of Britain, the turbulent flow of a river, and the branching of a tree all obeyed the same hidden mathematical law? In The Fractal Geometry of Nature, Benoit B. Mandelbrot presents his groundbreaking theory that the irregular, fragmented patterns of the natural world — long dismissed as formless chaos — can be measured, modelled, and understood through a revolutionary new geometry. Drawing on disciplines ranging from physics and astronomy to economics and art, Mandelbrot argues that classical Euclidean geometry is wholly inadequate for describing the complex shapes that define our universe, and introduces the concept of fractals as a powerful alternative framework. This landmark work stands as one of the most influential scientific texts of the twentieth century, fundamentally reshaping how mathematicians, scientists, and artists perceive the structure of reality. Mandelbrot's prose is at once rigorous and poetic, illuminating abstract mathematical concepts with vivid imagery and a sweeping intellectual vision. The updated and augmented edition expands upon the original with new material, deepening an already rich body of ideas that continues to reverberate across disciplines. Whether you approach it as a mathematician, a naturalist, or a curious mind, this volume leaves one question burning: if nature is written in the language of fractals, how much of the world have we only just begun to read?
Author: Benoit B. Mandelbrot
Format: Hardback
Published: 1983, W. H. Freeman and Company
Genre: Mathematics
Condition remarks:
Book: Good
Jacket: Worn/faded, no tears
Pages: Good
What if the jagged coastline of Britain, the turbulent flow of a river, and the branching of a tree all obeyed the same hidden mathematical law? In The Fractal Geometry of Nature, Benoit B. Mandelbrot presents his groundbreaking theory that the irregular, fragmented patterns of the natural world — long dismissed as formless chaos — can be measured, modelled, and understood through a revolutionary new geometry. Drawing on disciplines ranging from physics and astronomy to economics and art, Mandelbrot argues that classical Euclidean geometry is wholly inadequate for describing the complex shapes that define our universe, and introduces the concept of fractals as a powerful alternative framework. This landmark work stands as one of the most influential scientific texts of the twentieth century, fundamentally reshaping how mathematicians, scientists, and artists perceive the structure of reality. Mandelbrot's prose is at once rigorous and poetic, illuminating abstract mathematical concepts with vivid imagery and a sweeping intellectual vision. The updated and augmented edition expands upon the original with new material, deepening an already rich body of ideas that continues to reverberate across disciplines. Whether you approach it as a mathematician, a naturalist, or a curious mind, this volume leaves one question burning: if nature is written in the language of fractals, how much of the world have we only just begun to read?