Emergence and Expansion of Preclassical Mechanics

Uses extensive reinterpretations of the historical sources documenting the long term development

Classifies the origins of preclassical mechanics in renaissance technologies

Explains the development of sophisticated machines in early civilizations

Auteur

Jürgen Renn is managing director at the Max Planck Institute for the History of Science in Berlin. His research focuses on structural changes in systems of knowledge with the aim to develop a theoretical understanding of knowledge evolution, taking into account its epistemic, social, and material dimensions. He is current Chair of the Humanities Section of the Max Plank Society.

Matthias Schemmel is a research scholar at the Max Planck Institute for the History of Science in Berlin. He is interested in the global, long-term development of fundamental concepts in science, such as space and time, which he studies with the aim to address questions of epistemology. His historical research focuses on early modern mechanics, modern physics and astronomy, and Chinese science. Among his publications are the books The English Galileo: Thomas Harriot's Work on Motion as an Example of Preclassical Mechanics (Springer 2008) and Historical Epistemology of Space: FromPrimate Cognition to Spacetime Physics (Springer 2016).

Matteo Valleriani is research group leader of Department I at the Max Planck Institute for the History of Science. He investigates the relation between diffusion processes of scientific knowledge, practical, and technological knowledge as well as their economic and political preconditions. In particular, his research focuses on the Hellenistic period, the late Middle Ages and the early modern period. Among his principal research endeavors, Matteo Valleriani, leads the project The Sphere. Knowledge System Evolution and the Shared Scientific Identity of Europe (https://sphaera.mpiwg-berlin.mpg.de), which investigates the formation and evolution of the shared scientific identity in Europe between the 13 th and the 17 th centuries. Among other publications, Matteo Valleriani is author of the book Galileo Engineer (Springer Dordrecht 2010) and Editor of The Structures of Practical Knowledge (Springer Dordrecht 2017).

Contenu
The Nature of Pre-Classical Mechanics Jürgen Renn, Matthias Schemmel, Matteo Valleriani 2. Institutions, Discourses, Correspondence Networks in the Era of Pre-Classical Mechanics Rivka Feldhay and Michael Elazar Case Studies 1. New Science in Galileo's New Science of Motion Jochen Büttner 2. A Journey to the Centre of the Earth. Cosmology and the Centrobaric Theory from Antiquity to the Renaissance ElioNenci 3. A Treatise on Galileian Mechanics: The Exercitationes in Mechanicis Aristotelis (1634) by the Jesuits Giovan Battista Zupi Romano Gatto 4. Heaviness and Lightness in the 17th Century: A Jesuit Perspective Rivka Feldhay and Ayeletibn Ezra 5. Jesuit Post-Galilean Conceptions of Impetus: Honoré Fabri, Paolo Casati, and Francesco Eschinardi Rivka Feldhay and Michael Elazar