Fractals, an animated discussion with Edward Lorenz and Benoît B. Mandelbrot, animations, experiments
Dazzling computer animation combined with the genius of Benoit Mandelbrot and Edward Lorenz present a captivating discussion of fractals and the fundamental concepts of fractal geometry-self-similarity and chaos. Mandelbrot uses a simple head of broccoli to demonstrate the complexity of fractals. Narrating over the three-dimensional animations, Mandelbrot discusses how fractals serve as an excellent model of irregular natural forms, such as coastlines, and how they relieve the scientist of the necessity of describing nature with simple geometric forms-clouds are not spheres, mountains are not cones. The world of fractals is revealed, from the depths of the Mandelbrot set, to the Lorenz attractor.
"A simplified animated introduction to fractal geometry."
""Dazzling computer animation combined with the genius of Benoît Mandelbrot and Edward Lorenz present a captivating discussion of fractals and the fundamental concepts of fractal geometryâ‚‚self-similarity and chaos. Mandelbrot uses a simple head of broccoli to demonstrate the complexity of fractals. Narrating over the three-dimensional animations, Mandelbrot discusses how fractals serve as an excellent model of irregular natural forms, such as coastlines, and how they relieve the scientist of the necessity of describing nature with simple geometric formsâ‚‚clouds are not spheres, mountains are not cones. The world of fractals is revealed, from the depths of the Mandelbrot set, to the Lorenz attractor." -- Film Media Group."
"Fractal geometry is discussed in a combination of computer-graphic sequences and interviews with the discoverers of the Mandelbrot set and the Lorenz attractor."
"Dazzling computer animation combined with the genius of Benoit Mandelbrot and Edward Lorenz present a captivating discussion of fractals and the fundamental concepts of fractal geometry-self-similarity and chaos. Mandelbrot uses a simple head of broccoli to demonstrate the complexity of fractals. Narrating over the three-dimensional animations, Mandelbrot discusses how fractals serve as an excellent model of irregular natural forms, such as coastlines, and how they relieve the scientist of the necessity of describing nature with simple geometric forms-clouds are not spheres, mountains are not cones. The world of fractals is revealed, from the depths of the Mandelbrot set, to the Lorenz attractor."@en
"The Mandelbrot set and the Lorenz attractor are turned into visible objects as their discoverers, Benoît Mandelbrot and Edward Lorenz, discuss the background history and details of their work."
"The Mandelbrot set and the Lorenz attractor are turned into visible objects as their discoverers, Benoît Mandelbrot and Edward Lorenz, discuss the background history and details of their work."@en
"The discoverers of the Mandelbrot set and the Lorenz attractor discuss the background, history and details of their work. The film features new computer-graphic illustrations of chaos and self-similarity as well as music composed according to fractal principles."
"Summary: Video is a clever combination of full-color animated sequences and revealing interviews. Video turns the Mandelbrot Set and the Lorenz Attractor into visual objects that are as easily comprehensible as they are fascinating. Their discoverers Benoit Mandelbrot and Edward Lorenz, discuss the background, history and details of their work."@en
"Introduces two fundamental concepts of fractal geometry, self-similarity and chaos, and the two people who advanced these ideas, who talk about the background, history and prospects of fractal geometry. Includes animated computer graphics."@en
"Dazzling computer animation combined with the genius of Benoit Mandelbrot and Edward Lorenz present a captivating discussion of fractals and the fundamental concepts of fractal geometry-self-similarity and chaos. Mandelbrot uses a simple head of broccoli to demonstrate the complexity of fractals. Narrating over the three-dimensional animations, Mandelbrot discusses how fractals serve as an excellent model of irregular natural forms, such as coastlines, and how they relieve the scientist of the necessity of describing nature with simple geometric forms-clouds are not spheres, mountains are not cones. The world of fractals is revealed, from the depths of the Mandelbrot set, to the Lorenz attractor. (63 minutes)."@en
"Features interviews with Edward Lorenz and Benoît Mandelbrot as well as examples of computer animation and music compositions based on fractal principles."
"Benoit B. Mandelbrot and Ed Lorenz talk about the background, the history and the prospects of fractal geometry. The film includes animated computer graphics, illustrating such concepts as chaos, and music composed according to fractal principles."
"Sommaire: Fractal geometry is perhaps the most exciting discovery of contemporary mathematics. This video is a rare combination of full-color animated sequences and intriguing interviews. The film turns the Mandelbrot set and the Lorenz attractor into visible ans easily comprehensible objects as their discoverers, Benoît Mandelbrot and Edward Lorenz, discuss the background history and details of their work."
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