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Geometry, Differential. --- Noncommutative algebras. --- Mathematical physics. --- Physical mathematics --- Physics --- Algebras, Noncommutative --- Non-commutative algebras --- Algebra --- Differential geometry --- Mathematics --- Mathematical analysis

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Written as a hybrid between a research monograph and a textbook the first half of this book is concerned with basic concepts for the study of Banach algebras that, in a sense, are not too far from being commutative. Essentially, the algebra under consideration either has a sufficiently large center or is subject to a higher order commutator property (an algebra with a so-called polynomial identity or in short: Pl-algebra). In the second half of the book, a number of selected examples are used to demonstrate how this theory can be successfully applied to problems in operator theory and numerical analysis. Distinguished by the consequent use of local principles (non-commutative Gelfand theories), PI-algebras, Mellin techniques and limit operator techniques, each one of the applications presented in chapters 4, 5 and 6 forms a theory that is up to modern standards and interesting in its own right. Written in a way that can be worked through by the reader with fundamental knowledge of analysis, functional analysis and algebra, this book will be accessible to 4th year students of mathematics or physics whilst also being of interest to researchers in the areas of operator theory, numerical analysis, and the general theory of Banach algebras.

Noncommutative differential geometry. --- Mathematics. --- Fourier analysis. --- Functional analysis. --- Integral equations. --- Operator theory. --- Numerical analysis. --- Equations, Integral --- Functional calculus --- Analysis, Fourier --- Math --- Differential geometry, Noncommutative --- Geometry, Noncommutative differential --- Non-commutative differential geometry --- Functional Analysis. --- Numerical Analysis. --- Integral Equations. --- Operator Theory. --- Fourier Analysis. --- Mathematical analysis --- Functional analysis --- Functional equations --- Calculus of variations --- Integral equations --- Science --- Infinite-dimensional manifolds --- Operator algebras --- Gelfand-Naimark theorem. --- Noncommutative algebras.