This book is intended to present to the readers familiar with the basic skills in physics and mathematics, the 5 Dimension Space-Time field theory and its projection into the 4 Dimension Space-Time Lorentz field theory. It is not a review on other 5D theories nor is it intended as a sophisticated mathematically complete presentation, although it is certainly possible to be so formulated.
Components of the Book:
- FRONT MATTER
- Chapter 1: Introduction
- Chapter 2: Extension from 4D Space-Time to 5D Space-Time
- Chapter 3: Some Simple Illustrations on Symmetric 3D Figures that Can Be Obtained from a 4D Space Due to Projections, and the Perspective Theory Applied to Give a Representation of 3D Figures on a 2D Plane
- Chapter 4: The 5D Energy-Momentum Metric, and Quantum Uncertainty
- Chapter 5: 5D Space-Time Metric, Chronology, Causality and Order of Projection Operations
- Chapter 6: The 5D Vector Potential Solutions with a 5D e-trino Current Source, and the Reduction to the Maxwell Potentials when an Energy-Shift Projection P0 Is Applied to the e-trino Spinor
- Chapter 7: The 5D Linearized Operator. Its Spinor Solutions and the Origin of Unit Charge
- Chapter 8: Quarks, Gluons and SU(3)
- Chapter 9: The Lepton Masses Due to Boundary Conditions Created by P0 and the Gravitational Potential Obtained through the Projection P and the Riemannian Curvature
- Chapter 10: The 5D to 4D Projection Model Applied as a Galaxy Creation Model
- Chapter 11: Properties of e-trinos, and Biological Perspectives
- Chapter 12: The Conclusion, with Thoughts on the Purpose of Our Existence
Readership:
This book is intended to present to the readers familiar with the basic skills in physics and mathematics.
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FRONT MATTER
K.W. Wong,Gisela A. M. Dreschhoff,Hogne Jungner
PDF (1255 KB)
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17
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Chapter 1: Introduction
K.W. Wong,Gisela A. M. Dreschhoff,Hogne Jungner
PDF (263 KB)
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21
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Chapter 2: Extension from 4D Space-Time to 5D Space-Time
K.W. Wong,Gisela A. M. Dreschhoff,Hogne Jungner
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Chapter 3: Some Simple Illustrations on Symmetric 3D Figures that Can Be Obtained from a 4D Space Due to Projections, and the Perspective Theory Applied to Give a Representation of 3D Figures on a 2D Plane
K.W. Wong,Gisela A. M. Dreschhoff,Hogne Jungner
PDF (206 KB)
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31
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Chapter 4: The 5D Energy-Momentum Metric, and Quantum Uncertainty
K.W. Wong,Gisela A. M. Dreschhoff,Hogne Jungner
PDF (196 KB)
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35
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Chapter 5: 5D Space-Time Metric, Chronology, Causality and Order of Projection Operations
K.W. Wong,Gisela A. M. Dreschhoff,Hogne Jungner
PDF (565 KB)
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Chapter 6: The 5D Vector Potential Solutions with a 5D e-trino Current Source, and the Reduction to the Maxwell Potentials when an Energy-Shift Projection P0 Is Applied to the e-trino Spinor
K.W. Wong,Gisela A. M. Dreschhoff,Hogne Jungner
PDF (547 KB)
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Chapter 7: The 5D Linearized Operator. Its Spinor Solutions and the Origin of Unit Charge
K.W. Wong,Gisela A. M. Dreschhoff,Hogne Jungner
PDF (370 KB)
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Chapter 8: Quarks, Gluons and SU(3)
K.W. Wong,Gisela A. M. Dreschhoff,Hogne Jungner
PDF (279 KB)
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58
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Chapter 9: The Lepton Masses Due to Boundary Conditions Created by P0 and the Gravitational Potential Obtained through the Projection P and the Riemannian Curvature
K.W. Wong,Gisela A. M. Dreschhoff,Hogne Jungner
PDF (444 KB)
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Chapter 10: The 5D to 4D Projection Model Applied as a Galaxy Creation Model
K.W. Wong,Gisela A. M. Dreschhoff,Hogne Jungner
PDF (772 KB)
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Chapter 11: Properties of e-trinos, and Biological Perspectives
K.W. Wong,Gisela A. M. Dreschhoff,Hogne Jungner
PDF (579 KB)
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84
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Chapter 12: The Conclusion, with Thoughts on the Purpose of Our Existence
K.W. Wong,Gisela A. M. Dreschhoff,Hogne Jungner
PDF (779 KB)
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K.W. Wong, Department of Physics and Astronomy, University of Kansas,
Lawrence, Kansas, USA
Gisela A. M. Dreschhoff, Department of Physics and Astronomy, University of Kansas,
Lawrence, Kansas, USA
Hogne Jungner, Radiocarbon Dating Lab, University of Helsinki, Finland