	Table of Contents:

	Dedication.	iii

	Acknowledgements.	xi

	Foreword.	xiv

Chapter 1	Foundations and Scientific Mindset.	1
	1.1 Introduction
	1.2 Organized Science Often Resists Innovative Change
	1.3 Scientific Disagreement or Street Fight?
	1.4 A Few Significant and Unresolved Scientific Problems
	1.5 Electrodynamics is Still Developing
	1.6 A Summarizing Letter

Chapter 2	Background and Concepts.	75
	2.1 Comments on the Foundations of Classical Electrodynamics
	2.2 Lorentz Regauging of the Maxwell-Heaviside Equations
	2.3 The Suicidal Closed Unitary Current Loop Circuit
	2.4 In Summary

Chapter 3	Giant Negentropy, Dark Energy, Spiral Galaxies and Acceleration of the Expanding Universe.	125
	3.1 Broken 3-Symmetry of the Dipole
	3.2 Reinterpreting Whittaker's Decomposition of the Scalar Potential
	3.3 How the Dipole Charges Transduce Time Energy
	3.4 Reordering of the Local Vacuum: Giant Negentropy
	3.5 Some Implications of Giant Negentropy
	3.6 How Circuits Are Powered
	3.7 The Heaviside Component vs. the Poynting Component
	3.8 Dark Positive Energy: The Unaccounted Heaviside Component
	3.9 A Short History of the Discarding of the Heaviside Dark Energy
	3.10 The Problem of the Accelerating Expansion of the Universe
	3.11 In Conclusion

Chapter 4	Setting the Stage for Understanding Over unity Power Systems.	171
	4.1 Introduction
	4.2 Demonstration Gedanken Experiment
	4.3 Iterative Retroreflection and Collection in a Circuit
	4.4 Tesla's Iterative Retroreflection Work
	4.5 Perspective on Tesla vs. Marconi
	4.6 Conclusion

Chapter 5	Selected Approaches to Overunity Power Systems.	219
	5.1 Introduction
	5.2 Tesla's Shuttling of Potential Energy and Barrett's Extension
	5.3 Moray's Radiant Energy Device
	5.4 Anti-Stokes Emission and Similar Processes
	5.5 Gain in Intensely Scattering Optically Active Media
	5.6 The Fiber Fuse
	5.7 Multiple Feedforward and Feedback Semiconductor Loops
	5.8 Negative Resistors
	5.9 Suppression of Free Energy Systems Has Been Common
	5.10 In Conclusion

Chapter 6	Additional Approaches to Overunity Power Systems.	293
	6.1 Introduction
	6.2 Energy Conversion and Energy Amplification
	6.3 Other Systems of Electrical Interest
	6.4 Some Magnetic Processes of Interest
	6.5 Conclusion

Chapter 7	Aharonov-Bohm Effect, Geometric Phase, and the Motionless Electromagnetic Generator (MEG)	385
	7.1 Introduction
	7.2 Aharonov-Bohm (Geometric Phase) Effect
	7.3 Abbreviated History of the Geometric Phase
	7.4 A Possible New Aspect of the Curl-Free Magnetic Vector Potential
	7.5 Use of the Aharonov-Bohm Effect in the MEG
	7.6 Collection of Field Energy in the MEG
	7.7 Experimental Path to Development of the MEG
	7.8 Additional MEG Functions
	7.9 In Conclusion

Chapter 8	Approach to Antigravity.	421
	8.1 Introduction
	8.2 Selected Theories of Gravitation
	8.3 Selected Antigravity and Inertial Engineering Research Efforts
	8.4 The Author's Engineering Approach to Local Antigravity
	8.5 In Conclusion

Chapter 9	The Supersystem and Remarks on Gravity, Antigravity, and Testing.	473
	9.1 The Supersystem and Its Considerations
	9.2 Differences between Effects in COP>>1.0 and COP<1.0 EM Systems
	9.3 Primarily Concerned With Dirac Sea Holes and Not Lattice Holes
	9.4 Peculiarities of Spacetime Curvature and Dirac Hole Interactions
	9.5 Charging and Discharging a Capacitor
	9.6 The Open-Loop COP>1.0 EM Power System
	9.7 Remarks on Dirac Sea Holes, Currents, and Negative Energy
	9.8 Remarks on the Observed Acceleration of the Expanding Universe
	9.9 A Solution to the Hole Current Problem and Close-Looping
	9.10 Negative Energy: Localized and Nonlocalized
	9.11 Tests Reinforcing the Antigravity Mechanism
	9.12 Susceptible Unitary System without Conversion of Dirac Sea Hole Current
	9.13 Unitary System with Conversion of Dirac Sea Hole Current
	9.14 Non-unitary Outrigger Array System
	9.15 Some Instrument Considerations
	9.16 Still Anomalous Aspects

Chapter 10	Cold Fusion: Low Spatial-Energy Nuclear Reactions at High Time-Energy.	537
	10.1 Explaining Time as Energy
	10.2 Mechanism Generating Flow of a Mass through Time
	10.3 Time-Polarized EM Waves and Longitudinal EM Waves
	10.4 Time Reversal Zone and New Nuclear Reaction Mechanisms
	10.5 Revision of the Conservation of Energy Law
	10.6 Some Resulting Low Spatial Energy Nuclear Reactions
	10.7 Time-Energy Can Generate Instrumentation Anomalies
	10.8 Additional Implications for the Future

Chapter 11	Final Perspective: Permissible COP>1.0 Maxwellian Systems.	583
	11.1 Introduction
	11.2 Source Charges, Curved Spacetime, Efficiency, and COP
	11.3 Truncations of Maxwell's Theory and Discard of System Classes
	11.4 Examples of COP>1.0 Electromagnetic Systems
	11.5 Motionless Electromagnetic Generator (MEG)
	11.6 Physical Considerations of Gauge Freedom
	11.7 Special Modeling of the Vacuum
	11.8 Every Charge and Dipole in an EM System Receives and Transduces Vacuum Energy
	11.9 Energy from the Vacuum Powers Every Electrical Power Line and EM Circuit
	11.10 Significant Developments in Negative Resistance
	11.11 In Conclusion

	Annotated Glossary of Selected Terms.	609

	Appendix A	656

	Appendix B	680

	Index	774

	ENDNOTES	849

	Erratum - Missing Figure 6-5