Includes bibliographical references (pages 219-234) and index.
CONTENTS NOTE
Text of Note
1. Introduction. 1. Condensation and presentism in the historiography of optics. 2. Terminology and outline of this book -- 2. The debate on colours, 1672-1720. 1. Newton's theory of colours. 2. Reception of Newton's theory of colours -- 3. Theoretical traditions in physical optics, 1700-45. 1. Development of the emission tradition. 2. Development of the medium tradition. 3. The relationship of the optical traditions -- 4. Euler's 'Nova theoria' (1746). 1. Euler's place in the medium tradition. 2. Arguments for and against. 3. The content of the theory. 4. The influence and significance of the 'Nova theoria' -- 5. The debate in Germany on the nature of light, 1740-95 -- 1. Introduction. 2. Early reactions to Euler's argumentation. 3. Physical phenomena. 4. Colour and phosphorescence. 5. The chemical effects of light. 6. Chemistry turns the scales -- 6. Epilogue: Optics as a minor of eighteenth-century science. 1. Kuhn's outline: Mathematical and experimental traditions. 2. An addition to the scheme: The natural philosophical tradition. 3. The three-fold division and eighteenth-century optics. 4. On early modern science.
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SUMMARY OR ABSTRACT
Text of Note
According to received historiography, the fundamental issue in eighteenth-century optics was whether light could be understood as the emission of particles or as the motion of waves in a subtle medium. Moreover, the emission theory of light was supposed to have been dominant in the eighteenth century, backed by Newton's physical arguments. This picture is enriched and qualified by focussing on the origins, contents, and reception of Leonhard Euler's wave theory of light published in 1746, here studied in depth for the first time. Contrary to what has been assumed, in an important sense, the particle-wave debate only starts with Euler. In addition, Euler's wave theory was the most popular theory in Germany for thirty-five years. Finally, when the emission view of light suddenly became dominant in Germany around 1795, new chemical experiments were crucial. Reflecting on the mathematical, experimental, and metaphysical aspects of physical optics, Casper Hakfoort provides as an epilogue a general picture of early modern science.
UNIFORM TITLE
General Material Designation
Optica in de eeuw van Euler.
Language (when part of a heading)
English
PERSONAL NAME USED AS SUBJECT
Euler, Leonhard,1707-1783-- Knowledge-- Optics.
Euler, Leonhard,1707-1783-- Knowledge-- Optics.
Euler, Leonhard,1707-1783-- Et l'optique.
Euler, Leonhard, 1707-1783
Euler, Leonhard,(1707-1783)
Euler, Leonhard,1707-1783
Euler, Leonhard,1707-1783.
Euler, Leonhard,1707-1783.
Euler, Leonhard.
Licht, ...
TOPICAL NAME USED AS SUBJECT
Physical optics-- History.
Wave theory of light-- History.
Light-- history.
Optics and Photonics-- history.
Lumière, Théorie ondulatoire de la-- Histoire.
Optique physique-- Histoire.
33.18 classical optics.
Lichttheorie.
Light.
Lumière, Théorie ondulatoire de la-- 18e siècle.