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Thomas W. Staley [6]Thomas William Staley [1]
  1.  25
    The Journal Mind in its Early Years, 1876–1920: An Introduction.Thomas W. Staley - 2009 - Journal of the History of Ideas 70 (2):259-263.
    In lieu of an abstract, here is a brief excerpt of the content:The Journal Mind in its Early Years, 1876–1920:An IntroductionThomas W. StaleyAt its inception, and in the succeeding decades, the journal Mind was a publication of singular significance. Founded in 1876 by Alexander Bain, it was the first of its kind: the pioneering "philosophical journal" in the Anglophone world, to use Bain's own description.1 Close on the heels of Nature, the hugely successful periodical established seven years earlier to address (...)
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  2. A Celtic knot, from strands of pragmatic philosophy.Thomas W. Staley - 2020 - In Andrew Wells Garnar & Ashley Shew (eds.), Feedback Loops: Pragmatism About Science and Technology. Lexington Books.
     
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  3.  36
    The Coding of Technical Images of Nanospace.Thomas W. Staley - 2008 - Techné: Research in Philosophy and Technology 12 (1):1-22.
    This paper argues that intrinsically metaphorical leaps are required to interpret and utilize information acquired at the atomic scale. Accordingly, what we ‘see’ with our instruments in nanospace is both fundamentally like, and fundamentally unlike, nanospace itself; it involves both direct translation and also what Goodman termed “calculated category mistakes.” Similarly, and again necessarily, what we ‘do’ in nanospace can be treated as only metaphorically akin to what we do in our comfortable mesoworld. These conclusions indicate that future developments in (...)
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    The Coding of Technical Images of Nanospace.Thomas W. Staley - 2008 - Techné: Research in Philosophy and Technology 12 (1):1-22.
    This paper argues that intrinsically metaphorical leaps are required to interpret and utilize information acquired at the atomic scale. Accordingly, what we ‘see’ with our instruments in nanospace is both fundamentally like, and fundamentally unlike, nanospace itself; it involves both direct translation and also what Goodman termed “calculated category mistakes.” Similarly, and again necessarily, what we ‘do’ in nanospace can be treated as only metaphorically akin to what we do in our comfortable mesoworld. These conclusions indicate that future developments in (...)
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  5.  22
    Keeping Philosophy in Mind: Shadworth H. Hodgson's Articulation of the Boundaries of Philosophy and Science.Thomas W. Staley - 2009 - Journal of the History of Ideas 70 (2):289-315.
    In lieu of an abstract, here is a brief excerpt of the content:Keeping Philosophy in Mind:Shadworth H. Hodgson's Articulation of the Boundaries of Philosophy and ScienceThomas W. StaleyIntroductionShadworth H. Hodgson's (1832–1912) contributions to Victorian intellectual discourse have faded from prominence over the past century. However, despite his current anonymity, Hodgson's case is important to an understanding of the historical split between philosophy and science in late nineteenth century Britain. In particular, his example illuminates the specific role played by developing concepts (...)
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  6.  33
    Reason and Resonance. [REVIEW]Thomas W. Staley - 2011 - Techné: Research in Philosophy and Technology 15 (2):188-189.