This edited volume consists of 20 contributions showing applications of Clifford algebras in quantum mechanics, field theory, spinor calculus, projective geometry, hypercomplex algebra, function theory, crystallography, and in classroom teaching of mathematical physics. They include computations performed with a variety of computer programs such as CLICAL, MAPLE, MATHEMATICA, MATLAB®, REDUCE, and computer languages such as FORTRAN and C++.
Features: Preface, which introduces the Reader to scientific computing in Clifford algebras Chapters, thematically organized, and carefully edited, which provide a critical survey of Clifford algebras' interactions between computational applications and theory Original programs and computer code created by the contributors, which will allow the Reader to experiment, to repeat computations, and to verify results
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