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Mihnea Dobre

University of Bucharest
  •  Home
  •  Publications
    41
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 More details
  • University of Bucharest
    Department of Philosophy
    Post-doctoral fellow
Homepage
Bucharest, Romania
0000-0002-9208-9174
Areas of Specialization
General Philosophy of Science
17th/18th Century Philosophy
Areas of Interest
Philosophy of Religion
Medieval and Renaissance Philosophy
General Philosophy of Science
17th/18th Century Philosophy
  • All publications (41)
  •  21
    Experimental Cartesianism and the Problem of Space
    In , Springer. pp. 153-178. 2016.
    Notoriously, Descartes does not have a concept of space. Or more precisely, he takes space as indistinguishable from matter or extension. Yet, to some of his contemporaries, his physics was successful at providing mechanical descriptions of the natural world. In this paper, I discuss the problem of “space” within a larger Cartesian framework, focusing on a case of an experimentally-minded Cartesian who took up the challenge provided by Descartes’s restrictive ontology and tried to accommodate it…Read more
    Notoriously, Descartes does not have a concept of space. Or more precisely, he takes space as indistinguishable from matter or extension. Yet, to some of his contemporaries, his physics was successful at providing mechanical descriptions of the natural world. In this paper, I discuss the problem of “space” within a larger Cartesian framework, focusing on a case of an experimentally-minded Cartesian who took up the challenge provided by Descartes’s restrictive ontology and tried to accommodate it to experimental trials. One of the most famous debates of seventeenth-century natural philosophy concerns the existence of the vacuum. New instruments were built with the specific purpose of providing clear evidence to support this claim. While a large secondary literature has been devoted to this problem, we still lack a study of the Cartesians involved. Most of the time, Descartes’s followers are taken to merely repeat his words about the contradictory nature of the vacuum, hence their experiments are portrayed as rather misplaced practices. At most, one would find in the literature a discussion about the pedagogical value of these experiments. The consequence is that new experimental approaches provided by Cartesians after Descartes’s death in 1650 are, unfortunately, neglected. By building upon a recent volume, Cartesian Empiricisms, my aim in this paper is to explore the notion of space within Cartesian experimentalism. In doing so, I shall refer to the works of Burchard de Volder, Jacques Rohault, and Samuel Clarke’s annotations of Rohault’s text. Some of the questions I would like to address are as follows: why would a Cartesian natural philosopher perform experiments that are clearly connected to a concept of independent space? What would be the expected outcome? How does the theory (in this case, the Cartesian matter theory) relate to empirical evidence? And how would the latter influence the former? Such questions are relevant for the history of experiment in the early modern period. At the same time, they offer more insights into one of the most intricate problems of Cartesian philosophy, the relation between metaphysics and physics.
    17th/18th Century British Philosophy, Misc
  • Fred Ablondi. Gerauld de Cordemoy: Atomist, Occasionalist, Cartesian
    Early Science and Medicine 11 (3): 365. 2006.
    René Descartes
  •  42
    Rohault’s Cartesian Physics
    In , Springer. 2013.
    René Descartes
  •  36
    II. Seventeenth-Century Experiments with Glass Drops: Jacques Rohault and his Cartesian experimentalism | From natural history to science
    From Natural History to Science. 2012.
  • Cartesianism and Chymistry
    Society and Politics 5 121-136. 2011.
  • The Vanishing Nature of Body in Descartes’s Natural Philosophy
    In , Springer. 2011.
  • Mixing Cartesianism and Newtonianism: the Reception of Cartesian Physics in England
    In , Springer. 2014.
  • Experimental physics in Cartesian natural philosophy
    Bucharest Colloquium. 2012.
    Paper presented in the 3rd edition of Bucharest Colloquium on Early Modern Science.
  •  55
    Gideon Manning, Matter and Form in Early Modern Science and Philosophy. Leiden and Boston, MA: Brill, 2012. Pp. x+248. ISBN 978-90-04-21870-3. €105.00 (review)
    British Journal for the History of Science 47 (2): 375-376. 2014.
    ISI Document Delivery No.: AQ7BS.
    17th/18th Century Philosophy
  • Rohault’s Traité de physique and its Newtonian reception
    In , Springer. 2012.
  •  22
    III. Seventeenth-Century Experiments with Glass Drops: Henricus Regius and Nicolas Poisson on glass drops | From natural history to science
    From Natural History to Science. 2012.
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