Styles Of Mathematization The Case Of 18th Century Electrostatics

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Styles of Mathematization: The Case of 18th Century Electrostatics

Author: Lucas Marcelo Cavalari Nardi
language: en
Publisher: Springer Nature
Release Date: 2025-08-16
This book studies the mathematization of physics, with a special emphasis on 18th century electrostatics as a case study. The mathematization of a scientific field is a fruitful yet underdeveloped topic that can be seen through different lenses. A noticeable one is the Inferential Conception proposed by Mark Colyvan and Otávio Bueno. In this regard, the use of mathematics is understood as a set of mappings relating the physical realm and the mathematical realm. However, the historical process related to the use of mathematics remains unsolved; philosophical frameworks usually have a hard time dealing with historical dimensionality. Therefore, this book provides a study of the historical process of mathematization going beyond the framework in order to explain the use of mathematics a-historically, using the aforementioned investigation of 18th century electrostatics. The research developed gravitates around two centers; the history of physics and the philosophy of science, making the book of equal importance to both historians and philosophers of science.
Styles of Mathematization: The Case of 18th Century Electrostatics

Author: Lucas Marcelo Cavalari Nardi
language: en
Publisher: Springer
Release Date: 2025-08-18
This book studies the mathematization of physics, with a special emphasis on 18th century electrostatics as a case study. The mathematization of a scientific field is a fruitful yet underdeveloped topic that can be seen through different lenses. A noticeable one is the Inferential Conception proposed by Mark Colyvan and Otávio Bueno. In this regard, the use of mathematics is understood as a set of mappings relating the physical realm and the mathematical realm. However, the historical process related to the use of mathematics remains unsolved; philosophical frameworks usually have a hard time dealing with historical dimensionality. Therefore, this book provides a study of the historical process of mathematization going beyond the framework in order to explain the use of mathematics a-historically, using the aforementioned investigation of 18th century electrostatics. The research developed gravitates around two centers; the history of physics and the philosophy of science, making the book of equal importance to both historians and philosophers of science.
The Cambridge History of Philosophy of the Scientific Revolution

"Here is a well-known story. Before sometime in the early modern period, Europeans believed that knowledge of nature came solely from reading books, above all those of Aristotle. Then the humanist re-discovery and translation of various ancient philosophical works led the number of "authorities" to grow, and alongside a monolithic "Aristotelianism" emerged any number of "-isms": Stoicism, Epicureanism, Platonism, Skepticism, and so on. Gradually, philosophers realized that they need not need rely on authorities at all, and began to use their own reason, coupled with experience and experiment. Scholasticism and humanism were dead, and the "Age of Reason" had begun, with Descartes as its iconoclastic father (perhaps with a little help from Bacon)"--