Measurements in Quantum Mechanics

Perhaps quantum mechanics is viewed as the most remarkable development in 20th century physics. Each successful theory is exclusively concerned about "results of measurement". Quantum mechanics point of view is completely different from classical physics in measurement, because in microscopic world of quantum mechanics, a direct measurement as classical form is impossible. Therefore, over the years of developments of quantum mechanics, always challenging part of quantum mechanics lies in measurements. This book has been written by an international invited group of authors and it is created to clarify different interpretation about measurement in quantum mechanics. Cover Measurements in Quantum Mechanics © Contents Preface 1 Measurement in Quantum Mechanics: Decoherence and the Pointer Basis 2 Time as Quantum Observable, Canonical Conjugated to Energy 3 Order of Time Derivatives in Quantum-Mechanical Equations 4 Theory of “Weak Value" and Quantum Mechanical Measurements 5 Generalized Non-Relativistic Supersymmetric Quantum Mechanics 6 A Statistical Derivation of Non-Relativistic Quantum Theory 7 The Quantum Completeness Problem 8 Quantum Correlations in Successive Spin Measurements 9 The Gluon Emission Model for Vector Meson Decay 10 Vector Correlations in Collision of Atom and Diatomic Molecule 11 Schrödinger Transform of Image: A New Tool for Image Analysis 12 Entanglement in Two and Three Quantum Mechanical Systems 13 Quantum Spin Coherent Electron Correlation 14 Toward Automatic Regularization for Feynman Loop Integrals in Perturbative Quantum Field Theory