Partially Ordered Rings and Semi-Algebraic Geometry

Partially Ordered Rings and Semi-Algebraic Geometry by Gregory W. Brumfiel, published by Cambridge University Press on December 20, 1979, spans 280 pages and is presented in English. This book aims to establish algebraic foundations for certain aspects of topology, focusing on the geometric properties of solutions to finite systems of equations and inequalities. Brumfiel argues that the conventional approach to topology, which often relies on abstract infinite limit processes, can be misleading and unnecessary for understanding more concrete problems.
Readers will find a thorough exploration of partially ordered rings, a type of algebra that facilitates discussions about solutions to equations and inequalities while allowing for geometric comparisons of the resulting spaces. The text addresses the philosophical implications of these mathematical approaches and clarifies the geometrical questions relevant to spaces with potential physical significance. This edition serves as a resource for those interested in the intersections of mathematics, algebra, and geometry.
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The purpose of this unique book is to establish purely algebraic foundations for the development of certain parts of topology. Some topologists seek to understand geometric properties of solutions to finite systems of equations or inequalities and configurations which in some sense actually occur in the real world. Others study spaces constructed more abstractly using infinite limit processes. Their goal is to determine just how similar or different these abstract spaces are from those which are finitely described. However, as topology is usually taught, even the first, more concrete type of problem is approached using the language and methods of the second type. Professor Brumfiel’s thesis is that this is unnecessary and, in fact, misleading philosophically. He develops a type of algebra, partially ordered rings, in which it makes sense to talk about solutions of equations and inequalities and to compare geometrically the resulting spaces. The importance of this approach is primarily that it clarifies the sort of geometrical questions one wants to ask and answer about those spaces which might have physical significance.
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