
- 309 pages
- English
- PDF
- Available on iOS & Android
About this book
For decades there has been awareness of the fact that the natural sciences and the language they use are not metaphor-free domains. This study draws together statements on this phenomenon made in a discourse context hitherto dominated by theoreticians and philosophers of science and points up new perspectives of an interdisciplinary nature discussed here primarily from the viewpoint of cognitive semantics. How do metaphors enter into a discourse with physics? To what extent are the methods used and the issues addressed in physics influenced by metaphors? How do the ubiquitous metaphors of everyday language help us to impose a structure on physics knowledge and express abstract ideas in concrete images? These and other related issues are discussed with reference to copious examples.
Frequently asked questions
- Essential is ideal for learners and professionals who enjoy exploring a wide range of subjects. Access the Essential Library with 800,000+ trusted titles and best-sellers across business, personal growth, and the humanities. Includes unlimited reading time and Standard Read Aloud voice.
- Complete: Perfect for advanced learners and researchers needing full, unrestricted access. Unlock 1.4M+ books across hundreds of subjects, including academic and specialized titles. The Complete Plan also includes advanced features like Premium Read Aloud and Research Assistant.
Please note we cannot support devices running on iOS 13 and Android 7 or earlier. Learn more about using the app.
Information
Table of contents
- Acknowledgements
- Abbreviations
- 1. Introduction
- Part One: The notion of metaphor and its relation to the discourse of physics
- 2. Approaches to metaphor: past and present
- 2.1. A short history of metaphor
- 2.2. Metaphor, an enemy of science: the early modern view
- 2.3. Metaphor, a friend of science: contemporary physicists on scientific language
- 2.4. Current paradigms in research on metaphor in science
- 3. Identifying metaphor in physical science: sorts, functions, and related concepts
- 3.1. Metaphor and related concepts
- 3.2. A working definition of metaphor
- 3.3. Sorts and functions of metaphor in physical discourse
- Part Two: Metaphors in physics
- 4. Underlying metaphors of everyday thought in meta-theory and the concept formation of physics
- 4.1. Hypostasis
- 4.2. Spatial metaphor
- 4.3. Animism and anthropomorphism
- 5. World theories in meta-theory and the concept formation
- 5.1. The notions âworld theoryâ and âworld modelâ
- 5.2. World machine
- 5.3. The world as a text
- 6. Stipulative reference extension
- 6.1. Stipulation of meaning: Huygensâ notion of sound wave
- 6.2. Invisible light and Roentgenâs âinvisible raysâ
- 7. Assimilative metaphor
- 7.1. âFluidâ electricity
- 7.2. The concept of wave
- 7.3. Life stories of metaphor: from metaphorical to literal and literal to metaphorical
- 8. Theory-constitutive and educational metaphors
- 8.1. Constitutive metaphor: waves of probability
- 8.2. Educational metaphor: curvature of space
- 8.3. From explanation to rhetoric
- 9. Metaphor and style: âfigures of speechâ in the language of physics
- 9.1. The position of âfigures of speechâ in the discourse of physics
- 9.2. The arrow of time
- 9.3. Heat death
- 9.4. Maxwellâs demon
- 10. Transfer of denotations in the terminology of physics
- 10.1. Metaphors in general language and in the terminology of physics: the general language basis for the transfer of denotations
- 10.2. Types of transfer of denotations
- 10.3. The terminology of physics and related disciplines
- 10.4. Fantasy-metaphor: the case of particle physics
- 10.5. âMechanical workâ: underlying metaphor, world theory, scientific analogy
- 10.6. Catachresis and satellite metaphors
- 10.7. Mathematical analogy
- 11. Thoughts and conclusions
- References