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Pierre Duhem

    10 de junio de 1861 – 14 de septiembre de 1916

    Pierre Duhem fue un físico, matemático, historiador y filósofo de la ciencia francés, conocido por su trabajo en termodinámica química, filosofía de la ciencia e historia de la ciencia europea medieval. También realizó contribuciones a la hidrodinámica y a la teoría de la elasticidad. La filosofía de la ciencia de Duhem, detallada en 'El objetivo y la estructura de la teoría física', cuestionó la derivación directa de las teorías científicas a partir de las observaciones, particularmente en lo que respecta a la ley de gravitación de Newton. Hizo hincapié en que la evidencia experimental no puede determinar de forma única la validez de una sola teoría, lo que condujo a la tesis de la subdeterminación o Duhem-Quine.

    La théorie physique, son objet - sa structure
    Prémices Philosophiques
    Medieval Cosmology
    The Origins of Statics
    Josiah-Willard Gibb (1908)
    Mixture and Chemical Combination
    • Mixture and Chemical Combination

      And Related Essays

      • 356 páginas
      • 13 horas de lectura

      Focusing on the intersection of physical chemistry and philosophy, this work highlights Duhem's exploration of the historical and conceptual foundations of chemistry. He traces the ancient debate over mixtures, contrasting atomist and Aristotelian perspectives, while situating his own views within the Aristotelian framework. The text not only clarifies Duhem's contributions but also connects historical disputes to contemporary scientific issues. Written clearly and logically, it offers valuable insights into nineteenth-century thought and Duhem's philosophical stance without requiring advanced mathematical knowledge.

      Mixture and Chemical Combination
    • Focusing on the life and contributions of Josiah Willard Gibbs, this biography by Pierre Duhem delves into the physicist's pioneering work in thermodynamics and physical chemistry. It traces Gibbs' intellectual journey, highlighting his major publications and collaborations with contemporaries. In addition to his scientific achievements, Duhem provides insights into Gibbs' personal life, including his upbringing and relationships. This comprehensive portrayal emphasizes Gibbs' lasting impact on the scientific community and our understanding of the physical world.

      Josiah-Willard Gibb (1908)
    • The Origins of Statics

      • 636 páginas
      • 23 horas de lectura

      This influential study, "Les origines de la statique," published in 1905-1906, revolutionized the understanding of Western intellectual history, particularly medieval science. Duhem's work opened new avenues of exploration, while contemporaneously, Bergson's "Evolution créatrice" challenged mechanistic evolution, highlighting the limitations of scientific knowledge about life processes.

      The Origins of Statics
    • Medieval Cosmology

      Theories of Infinity, Place, Time, Void, and the Plurality of Worlds

      • 642 páginas
      • 23 horas de lectura

      These selections from Le système du monde , the classic ten-volume history of the physical sciences written by the great French physicist Pierre Duhem (1861-1916), focus on cosmology, Duhem's greatest interest. By reconsidering the work of such Arab and Christian scholars as Averroes, Avicenna, Gregory of Rimini, Albert of Saxony, Nicole Oresme, Duns Scotus, and William of Occam, Duhem demonstrated the sophistication of medieval science and cosmology.

      Medieval Cosmology
    • Pierre Duhem (1861-1916) gehörte zu jenen Wissenschaftlern, die im ausgehenden 19. Jahrhundert an der Umbildung der Physik im großen Stil arbeiteten und damit an der Vorbereitung der wissenschaftlichen Revolution beteiligt waren, die durch Planck und Einstein herbeigeführt wurde. Duhems klassisches Werk der modernen Wissenschaftstheorie hat auf die Entwicklung des logischen Empirismus nachhaltigen Einfluß ausgeübt. Das von Duhem beigezogene reichhaltige Material und seine konzisen Fallstudien stellen eine Fundgrube für jeden dar, der sich ernsthaft mit Wissenschaftstheorie beschäftigt.

      Ziel und Struktur der physikalischen Theorien