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Nature's complexity, irregularity and self-similarity always seemed to be a challenge for explanation using the Euclidean geometry. The developments in the Fractal geometry have some answers to it. Theory of Fractals is the first and foremost concept used to describe, model and analyze the complex forms found in nature. To a casual observer, the co lor of their essential structures and their beauty and geometric form captivate the visual sense as few other things they have ever experienced in mathematics. To the students, fractals bring the classical mathematics out of realm of ancient history…mehr

Produktbeschreibung
Nature's complexity, irregularity and self-similarity always seemed to be a challenge for explanation using the Euclidean geometry. The developments in the Fractal geometry have some answers to it. Theory of Fractals is the first and foremost concept used to describe, model and analyze the complex forms found in nature. To a casual observer, the co lor of their essential structures and their beauty and geometric form captivate the visual sense as few other things they have ever experienced in mathematics. To the students, fractals bring the classical mathematics out of realm of ancient history into new artistic and colorful forms of the twenty first century. To scientists, fractals offer a rich environment for exploring and modeling the complexity of nature. The central theme in the fractal geometry is to understand self-similarity. It is the property of a fractal object in which complete structure is contained in its every part,
Autorenporträt
Dr.Chishty S.Q is working as head of the department of physics at Dr.Rafiq Zakaria College for Women affiliated to Dr.B.A.M University Aurangabad Maharashtra,India.He is teaching the physics from last 25 years.He has published many research papers and books at national and international level.He is associated with various scientific organizations