OUTLINE Index
Section 1 1
Introduction 1
Optics 2
Speed 3
Refraction 4
Diffraction 7
Reflection 9
Interference 9
Polarization 9
Section 2 10
U-waves 10
Gravitation, U-wave Flow, and the Affect of Matter 10
U-waves in Matter 10
U-waves In Optics 12
Refraction 12
Diffraction 13
Gravitational U-wave Management Methods 16
Prism Deflecting 16
X-Ray Focusing 16
Slit Focusing 18
X-ray Crystallography 18
Crystal Deflecting 19
Focused Deflecting Considerations 22
Section 3 24
U-wave Deflection Caused by U-wave Slowing 24
Quantifying the U-wave Deflection in Light Diffraction 25
Using these Slit Diffraction Results for A Gravitation Deflector 29
Section 4 31
A Cubic Crystal Deflector 31
Earth Overall Gravitation vs. Earth Surface Light Source 32
A Practical Problem in Implementing the Cubic Crystal Deflector 37
Section 5 39
Objectives of Gravitic Applications 39
Gravitic Levitation and Acceleration 40
Energy 40
Gravitic Power Generation 41
Gravity Management Means for These Applications 42
General Design Considerations Affecting Gravitic Applications 42
Force and Acceleration 42
Passenger and Cargo in Gravitic Transportation Vehicles 43
Conclusion 44
Appendix A 46
U-wave Concentrations 46
The Ambient U-Wave Flow 46
The Incoming Gravitational U-Wave Flow 53
Conclusion and Ratios 55
Appendix B 54
The Exact Submultiple of Interatomic Spacing Issue 54
Temperature Variation 55
Thermal Vibrations and Black Body Radiation 56
The Random Distribution Solution to the Crystal Tilt 57
Precision and Errors 60
Preliminary Design Summary 60
Appendix c 62
Output Power Calculations 62
Design Considerations 64
Configuration 64
The Working Fluig 65
The Gravitic Deflector 66
Gravitic Power Generation Compact Cases 66
Appendix d 69
The Experiments In General 56
Requirements for the Cubic Crystal Deflector 56
Experiment #1 – Demonstration of Gravitation Reduction 57
Comments Bearing on the Project 57
Experiment #2 – Controlled Local Gravitation Reduction with a Cubic
Crystal Deflector 58
Experiment #3 – Energy from the Gravitational Field 59