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J.L. Austin has written of "the blinding veil of ease and obviousness that hides the mechanisms of the natural successful act". By revisiting a classic "small metaphysics" puzzle drawn from physics that launched a thousand ships of grander philosophizing, Imitation of Rigor employs recent insights into the architectures of effective reasoning as a means of explicating how Austin's covert "mechanisms" operate in concrete terms. By these means, the book attempts to reconnect analytic philosophy with the evolving practicalities within science from which many of its grander concerns originally sprang. In doing so, it provides an "alternative history" of how the subject might have developed had the diagnostic insights of its philosopher/scientist forebears (e.g. Heinrich Hertz and Ernst Mach) not been cast aside in the vain pursuit of inappropriate standards of "ersatz rigor".
This work investigates how the historical trajectory of analytic philosophy might have differed if it had maintained its foundational connections to the practical methodologies of science rather than pursuing an idealized, ersatz rigor. Mark Wilson, a philosopher known for his work on the intersection of physics and language, utilizes a specific metaphysical puzzle from classical physics to demonstrate how the field drifted away from the diagnostic insights of early figures like Heinrich Hertz and Ernst Mach. The book argues that by ignoring the mechanisms of successful scientific practice, analytic philosophy adopted an inappropriate standard of clarity that obscures the actual operations of effective reasoning.
What You Will Find
Scope Limits
Experts recognize this text as a challenging and specialized contribution to the philosophy of science and the history of analytic thought. Readers frequently note the high level of academic density and the requirement for a strong background in both physics and philosophical logic to fully engage with the author's arguments.
Page Count:
228
Publication Date:
2021-01-01
Publisher:
OUP Oxford
ISBN-10:
0192650378
ISBN-13:
9780192650375
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