A Phenomenological Approach to Quantum Mechanics

Cutting the Chain of Correlations

Bibliographic Data

ID19003367
AuthorsSteven French (University of Leeds, corresponding author)
Year2023
Publication date2023-11-23
Open AccessNo
TypeBOOK
VenuePhenomenological Approach to Quantum Mechanics (SOURCE_BOOK)
PublisherOxford University PressOxford (PUBLISHER)
DOI10.1093/oso/9780198897958.001.0001
OpenAlexW4388939733
ISBN9780198897958
Open LibraryOL48677925M
LanguageEN
Citations received6
References cited61

The measurement problem remains one of the outstanding issues in the foundations of quantum theory: how do we go from the multiple options encoded in the wave-function to the definite outcome that we observe? One of the most well-known solutions to this problem maintained that it is the observer’s consciousness that somehow causes the wave-function to collapse. Now widely dismissed for introducing an irreducible element of subjectivity into science, both advocates and critics cited a ‘little book’, La Théorie de L’Observation en Mécanique Quantique, by Edmund Bauer and Fritz London (1938; English trans. 1983) as giving the clearest presentation of this solution. However, as well as being an extremely accomplished physicist, London was also trained in the phenomenological tradition that was initiated by the philosopher Edmund Husserl. This casts his work with Bauer in an entirely new and different light, and by assigning a very different and more profound role to consciousness in resolving the measurement problem, yields an understanding of quantum theory that has not hitherto been fully explored. The aim of this book is to initiate just such an exploration. It begins by setting London and Bauer’s ‘little book’ in its historical and philosophical context and then draws out the implications for not only quantum physics but our view of science and the world more generally

Consciousness · Epistemology · Measurement problem · Physics · Quantum · Quantum mechanics · Subjectivity · Theoretical physics · Biofield Effects and Biophysics · History · Philosophy · Philosophy and History of Science · Quantum Mechanics and Applications

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