A Cultural History of Mathematics in the Early Modern Age covers the period from 1450 to 1687, a time marked by increasing interplay between science and society. Classical writing on science which had been lost and Arabic thinking which was new both percolated into the West, fertilizing new ideas and giving birth to what has been called the "Scientific Revolution". From artisanal workshops to academic institutions, mathematicians thrived. And, with the development of symbolic algebra and infinitesimal calculus, mathematics became one of the major tools for describing and understanding the world. The six volume set of the Cultural History of Mathematics explores the value and impact of mathematics in human culture from antiquity to the present. The themes covered in each volume are everyday numeracy; practice and profession; inventing mathematics; mathematics and worldviews; describing and understanding the world; mathematics and technological change; representing mathematics. Jeanne Peiffer is Senior Scientist at the French National Centre for Scientific Research, affiliated to the Centre Alexandre-Koyre, Paris, France. Volker R. Remmert is Professor of History of Science at the University of Wuppertal, Germany. Volume 3 in the Cultural History of Mathematics set. General Editors: David E. Rowe, Johannes Gutenberg University Mainz, Germany, and Joseph W. Dauben, City University of New York, USA.

Autorentext
Tom Archibald took his Ph.D. at the University of Toronto in History and Philosophy of Science and is currently Professor of Mathematics at Simon Fraser University. His research concerns the history of mathematical analysis and its applications, and the relationship between mathematics and society more broadly. Until recently he was co-editor-in-chief of Historia Mathematica and a member of the Executive Committee of the International Commission on the History of Mathematics. He now serves on the editorial board of the Revue d'histoire des mathématiques. David E. Rowe is Professor emeritus of History of Mathematics and Natural Sciences at Mainz University. His principal research interests concern developments in Western mathematics and physics during the period 1800 to 1950 with special focus on Göttingen University. Since 2011 he and Klaus Volkert have co-edited the series Mathematik im Kontext. He has written or co-edited sixteen books, most recently Emmy Noether: Mathematician Extraordinaire (Springer 2021).

Klappentext
A Cultural History of Mathematics in the Early Modern Age covers the period from 1450 to 1687, a time marked by increasing interplay between science and society. Classical writing on science which had been lost and Arabic thinking which was new both percolated into the West, fertilizing new ideas and giving birth to what has been called the "Scientific Revolution". From artisanal workshops to academic institutions, mathematicians thrived. And, with the development of symbolic algebra and infinitesimal calculus, mathematics became one of the major tools for describing and understanding the world.

The six volume set of the Cultural History of Mathematics explores the value and impact of mathematics in human culture from antiquity to the present. The themes covered in each volume are everyday numeracy; practice and profession; inventing mathematics; mathematics and worldviews; describing and understanding the world; mathematics and technological change; representing mathematics.

Jeanne Peiffer is Senior Scientist at the French National Centre for Scientific Research, affiliated to the Centre Alexandre-Koyré, Paris, France. Volker R. Remmert is Professor of History of Science at the University of Wuppertal, Germany.

Volume 3 in the Cultural History of Mathematics set.
General Editors: David E. Rowe, Johannes Gutenberg University Mainz, Germany, and Joseph W. Dauben, City University of New York, USA.

Inhalt

Edited by Jeanne Peiffer, CNRS, France and Volker R. Remmert, University of Wuppertal, Germany
Introduction, Jeanne Peiffer and R. Volker Remmert

1. Everyday Numeracy, Maryvonne Spiesser
2. Practice and Profession, James Bennett
3. Inventing Mathematics, Sébastien Maronne
4. Mathematics and Worldviews, David Rabouin
5. Describing and Understanding the World, Antoni Malet
6. Mathematics and Technological Change, Thomas Morel
7. Representing Mathematics, Robert Goulding and Volker Remmert
   Notes
   Bibliography
   Index