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Part I: Particles and Fields. Part II: Foundations of Quantum Mechanics

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Cover of 'Part I: Particles and Fields. Part II: Foundations of Quantum Mechanics'

Table of Contents

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    Book Overview
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    Chapter 1 Wigner on Particles and Fields
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    Chapter 2 Eine Bemerkung zu Einsteins neuer Formulierung des allgemeinen Relativitätsprinzips
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    Chapter 3 Berechnung der natürlichen Linienbreite auf Grund der Diracschen Lichttheorie
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    Chapter 4 Über die natürliche Linienbreite in der Strahlung des harmonischen Oszillators
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    Chapter 5 Relativistische Wellengleichungen
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    Chapter 6 Group Theoretical Discussion of Relativistic Wave Equations
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    Chapter 7 Do the Equations of Motion Determine the Quantum Mechanical Commutation Relations?
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    Chapter 8 Some Remarks on the Infinite de Sitter Space
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    Chapter 9 The Intrinsic Parity of Elementary Particles
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    Chapter 10 On Kinematic and Dynamic Laws of Symmetry
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    Chapter 11 Conservation Laws in Classical and Quantum Physics
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    Chapter 12 Relativistic Invariance in Quantum Mechanics
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    Chapter 13 Relativistic Invariance of Quantum-Mechanical Equations
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    Chapter 14 Must the Photon Mass Be Zero?
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    Chapter 15 Quantum Limitations of the Measurement of Space-Time Distances
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    Chapter 16 Measurement of the Curvature in a Two-Dimensional Universe
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    Chapter 17 Geometry of Light Paths Between Two Material Bodies
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    Chapter 18 Invariant Quantum Mechanical Equations of Motion
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    Chapter 19 Events, Laws of Nature, and Invariance Principles
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    Chapter 20 Classical Relativistic Mechanics of Interacting Point Particles
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    Chapter 21 The Conceptual Basis and Use of the Geometric Invariance Principles
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    Chapter 22 Instantaneous and Asymptotic Conservation Laws for Classical Relativistic Mechanics of Interacting Point Particles
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    Chapter 23 de Sitter Space and Positive Energy
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    Chapter 24 Proof of the Fermion Superselection Rule Without the Assumption of Time—Reversal Invariance
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    Chapter 25 Relativistic Interaction of Classical Particles
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    Chapter 26 Superselection Rule for Charge
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    Chapter 27 Summary of the Course: What 1 Have Learned
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    Chapter 28 Relativistic Wave Equations Admitting Only Positive Energy
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    Chapter 29 Invariant Theoretic Derivation of the Connection Between Momentum and Velocity
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    Chapter 30 On the Relation Between Momentum and Velocity for Elementary Systems
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    Chapter 31 Position Operators for Systems Exhibiting the Special Relativistic Relation Between Momentum and Velocity
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    Chapter 32 Fifty Years of Symmetry Operators
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    Chapter 33 The Basic Conflict Between the Concepts of General Relativity and of Quantum Mechanics
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    Chapter 34 Gilt das Kausalitätsprinzip?
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    Chapter 35 The Role and Value of Symmetry Principles and Einstein’s Contribution to Their Recognition
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    Chapter 36 The Meaning of Symmetry
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    Chapter 37 The Use and Ultimate Validity of Invariance Principles
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    Chapter 38 Are Quantum Mechanics and Relativity Theory Consistent?
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    Chapter 39 Cylindrical Group and Massless Particles
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    Chapter 40 Covariant Phase-Space Representation for Localized Light Waves
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    Chapter 41 Wigner on Foundations of Quantum Mechanics
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    Chapter 42 Die Messung quantenmechanischer Operatoren
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    Chapter 43 The Probability of the Existence of a Self-Reproducing Unit
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    Chapter 44 Quantum Mechanical Measurements
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    Chapter 45 Theorie der quantenmechanischen Messung
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    Chapter 46 Comments on Professor Putnam’s Comments
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    Chapter 47 The Problem of Measurement
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    Chapter 48 Information Contents of Distributions
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    Chapter 49 On the Positive Semidefinite Nature of a Certain Matrix Expression
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    Chapter 50 Does Quantum Mechanics Exclude Life?
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    Chapter 51 Reply to Professor Ageno’s Letter: Does Quantum Mechanics Exclude Life?
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    Chapter 52 Some Comments Concerning Measurements in Quantum Mechanics
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    Chapter 53 Are We Machines?
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    Chapter 54 Epistemology of Quantum Mechanics — Its Appraisal and Demands
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    Chapter 55 On the Change of the Skew Information in the Process of Quantum Mechanical Measurements
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    Chapter 56 On Hidden Variables and Quantum Mechanical Probabilities
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    Chapter 57 On the Observability of the Collision Matrix
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    Chapter 58 On the Time—Energy Uncertainty Relation
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    Chapter 59 Analysis of the Quantum Mechanical Measurement Process
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    Chapter 60 On Bub’s Misunderstanding of Bell’s Locality Argument
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    Chapter 61 The Nonrelativistic Nature of the Present Quantum Mechanical Measurement Theory
Overall attention for this book and its chapters
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Title
Part I: Particles and Fields. Part II: Foundations of Quantum Mechanics
Published by
Springer Berlin Heidelberg, December 2010
DOI 10.1007/978-3-662-09203-3
ISBNs
978-3-64-208179-8, 978-3-66-209203-3
Editors

Wightman, Arthur S.

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Geographical breakdown

Country Count As %
Unknown 2 100%

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Readers by professional status Count As %
Professor > Associate Professor 1 50%
Student > Bachelor 1 50%
Readers by discipline Count As %
Pharmacology, Toxicology and Pharmaceutical Science 1 50%
Biochemistry, Genetics and Molecular Biology 1 50%