Quantum Mechanics' Return to Local Realism.

Intro -- Contents -- Foreword -- Chapter One -- 1.1. The Background and Preparation -- 1.2. The Very Serious Logical Questions in the Interpretation System of Existing Quantum Mechanics -- 1.3. The Scientific Basis of Quantum Inverse Measurement Theory -- 1.4. Experiments with Conforming Quantum Inverse Measurement Conditions -- 1.5. The Influence of QIMT on the State Superposition Principle -- 1.6. Fresh Blood Is Inputted for Quantum Mechanics by the Model of the Light knot Electronic Structure -- 1.7. The Main Content and Advantage of Tu's Measurement View and Interpretation System of Quantum Mechanics -- 1.8. Concluding Remarks -- Chapter Two -- 2.1. The Serious Problem of Huygens' Principle -- 2.2. The Paradox of the de Broglie Wave Hypothesis -- 2.3. The Essential Exploration of the Electron Diffraction Experiment -- 2.4. Direction Quantization Interpretation of Diffraction Fringes -- 2.5. The Model of Light knot Electronic Structure -- 2.6. The Major Logic Defects of Experiments Explain Quantum Entanglement -- 2.7. The Retention and Play of the Diffraction Properties of the Moving Electrons in the Vacuum Are Independent of Its Previous Experience -- 2.8. Things that can be Described by Wave Functions Are not Necessarily -- 2.9. The Paradox of the Uncertainty Principle -- 2.10. The Sources of Probability in Quantum Mechanics Are Incorrect -- Chapter Three -- 3.1. Background Analysis -- 3.2. The Proof of Compatibility between the Uncertainty Relation and the Classical Laws of -- 3.3. Analysis of the Essence and Applicable Scope of the General Heisenberg Relation -- 3.4. Light Emerging out of Thin Air -- 3.5. General Heisenberg Relation Affects the Basic Concept of Quantum Mechanics -- 3.6. Basic Supposition, Prediction, and Confirmation of Experimental Designs.

3.7. Using the Model of the Light knot Electronic Structure to Establish the Mathematical Form System of Local Realism Quantum Mechanics -- 3.8. The Significance of the Work -- Chapter Four -- 4.1. The Calculation of Pairing Energy of Ele -- 4.2. Several Atoms and Molecules to Be Calculated by the Method of Local Realism Quantum Mechanics -- Chapter Five -- 5.1. Experimental Principle of Measurement of the Interaction Energy between the Electrons in A -- 5.2. Statistical Law of the Ionization Energy of Elements and Its Application -- 5.3. Discussion on the Significance of the Relationship between the Ionization Energy and the Interaction Energy of Elements -- Chapter Six -- 6.1. The Electron Diffraction Experiment in a Cloud Chamber or a Spark Chamber -- 6.2. A Longitudinal Electrode or Magnet Is Mounted at the Exit Side of the Slit -- 6.3. Covering the Screen with a Piece of Glass, which a Photon can Penetrate but an Electron Cannot, in Front of the Screen -- 6.4. Covering the Screen with a Piece of Metal Foil, which an Electron can Penetrate but a Photon cannot, in front of the Screen -- 6.5. Discuss and Predict -- Appendix A -- Appendix B -- Appendix C -- Postscript.

This book proposes a model of the light knot electronic structure and the theory of quantum inverse measurement, showing that diffraction experiments can be explained by directional quantization. It points out that there exists a logical loophole in the interpretation process of quantum entanglement, and proves that there is a paradox in the uncertainty relationship. As such, the book lays the foundation for the establishment of local-realism quantum mechanics and successfully establishes the quantum mechanics of localized realism and determinism is successfully established. It will appeal to university students, teachers, and scientists, as well as science lovers.

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Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2024. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.