| [this web page last updated 30 October 2010]
After many years of circulating in typescript form, this remarkable study by Thomas K. Simpson—a work long celebrated as something of an underground classic—is at long last available in a new edition worthy of its vision and depth. Simpson identifies the distinctively rhetorical functions of mathematics, as Maxwell employs them in the Treatise on Electricity and Magnetism. Like the tropes of classical rhetoric, mathematical rhetoric seeks intelligibility and illumination—in this respect contrasting with what Maxwell termed "the mathematics of pure quantity," which emphasizes precision and logical economy. A striking example of this is found in the way the energy of an electrified system can be represented. Mathematically, it can be expressed either as a two-dimensional integral over one or more surfaces or as a three-dimensional integral over space. The two forms are numerically equivalent; but to Maxwell, Simpson argues, they present a rhetorical question: whether the energy of a system is to be ascribed to "charges" residing on surfaces, or to a state of strain extending throughout the space between surfaces. The choice between these and similar alternatives is consequential, not merely for the structure of electromagnetic science but for future sciences, sciences not yet conceived in either Maxwell's time or our own. Maxwell's Mathematical Rhetoric is the book to which Simpson’s Figures of Thought (also available from Green Lion Press) serves as an introduction. Maxwell's Mathematical Rhetoric explores in greater depth and detail the themes adumbrated in Figures of Thought.
Sample PagesProper display may require that you open these pdf documents in Adobe Acrobat Reader: Click here to download Acrobat PDF reader. View Table of ContentsRead Simpson's Preface
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