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  1. Understanding nature: Case studies in comparative epistemology.Hub Zwart - 2008 - Dordrecht, Nederland: Springer.
    We tend to identify “real” knowledge of nature with science, and for good reasons. The sciences have developed unique ways of disclosing and modifying the intricate workings of nature, building on quantitative, experimental and technologically advanced styles of thinking. Scientific research has produced robust and reliable forms of knowledge, using methodologies that are often remarkably transparent and verifiable. At the same time, laboratories and other research settings are highly artificial environments, constituting drastically modified versions of reality, allowing nature to emerge (...)
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  • Exemplarising the Origin of Genetics: A Path to Genetics (From Mendel to Bateson).Yafeng Shan - 2016 - Dissertation, University College London
    This thesis aims to propose and defend a new way of analysing and understanding the origin of genetics (from Mendel to Bateson). Traditionally philosophers used to analyse the history of genetics in terms of theories. However, I will argue that this theory-based approach is highly problematic. In Chapter 1, I shall critically review the theory-driven approach to analysisng the history of genetics and diagnose its problems. In Chapter 2, inspired by Kuhn’s concept “exemplar”, I shall make a new interpretation of (...)
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  • Mendel’s Research Legacy in the Broader Historical Network.Vítězslav Orel & Margaret H. Peaslee - 2015 - Science & Education 24 (1-2):9-27.
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  • Mendel’s use of mathematical modelling: ratios, predictions and the appeal to tradition.Amir Teicher - 2014 - History and Philosophy of the Life Sciences 36 (2):187-208.
    The seventh section of Gregor Mendel’s famous 1866 paper contained a peculiar mathematical model, which predicted the expected ratios between the number of constant and hybrid types, assuming self-pollination continued throughout further generations. This model was significant for Mendel’s argumentation and was perceived as inseparable from his entire theory at the time. A close examination of this model reveals that it has several perplexing aspects which have not yet been systematically scrutinized. The paper analyzes those aspects, dispels some common misconceptions (...)
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  • Experiment in Cartesian Courses: The Case of Professor Burchard de Volder.Tammy Nyden - 2010 - The Circulation of Science and Technology.
    In 1675, Burchard de Volder became the first university physics professor to introduce the demonstration of experiments into his lectures and to create a special university classroom, The Leiden Physics Theatre, for this specific purpose. This is surprising for two reasons: first, early pre-Newtonian experiment is commonly associated with Italy and England, and second, de Volder is committed to Cartesian philosophy, including the view that knowledge gathered through the senses is subject to doubt, while that deducted from first principles is (...)
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  • The dilemma of dominance.Douglas Allchin - 2005 - Biology and Philosophy 20 (2-3):427-451.
    The concept of dominance poses several dilemmas. First, while entrenched in genetics education, the metaphor of dominance promotes several misconceptions and misleading cultural perspectives. Second, the metaphors of power, prevalence and competition extend into science, shaping assumptions and default concepts. Third, because genetic causality is complex, the simplified concepts of dominance found in practice are highly contingent or inconsistent. The conceptual problems are illustrated in the history of studies on the evolution of dominance. Conceptual clarity may be fostered, I claim, (...)
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  • Mendel in the Modern Classroom.Mike U. Smith & Niklas M. Gericke - 2015 - Science & Education 24 (1-2):151-172.
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  • Scientific myth‐conceptions.Douglas Allchin - 2003 - Science Education 87 (3):329-351.
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  • Lawson's Shoehorn, or Should the Philosophy of Science Be Rated 'X'?Douglas Allchin - 2003 - Science & Education 12 (3):315-329.
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