Chapter 1 - Overview of the Methodology
   A New Paradigm for Microphysics
   Process and Order
   A Historical Perspective
   Experiments Contradicting the Assumption
    of Relative Frames
   Concluding Remarks

Chapter 2 - Basic Concepts
   Etheron Assumptions
   Definitions of Space and Time
   Ether Substrates
   Reactive Behavior
   Ether Kinetic Equations
   Etheric Force: The Prime Mover
   Diffusive Behavior
   Etheron Conservation
   Quantum Level Correlates

Chapter 3 - Model G
   Toward a Unified Field Theory
   The Reaction Scheme
   System Behavioral Modes
   Stability Criteria
   Gravity Potential in the Early Universe
   A Model G Alternative

Chapter 4 - The Emergence of Particles and Fields
   The Spontaneous Creation of Matter
   Matter/Antimatter Creation Asymmetry
   The Production of Electrostatic Charge
   The Production of Gravity
   Matter Autogenesis
   Dissipative Structure Coherence and Entropy
   Foundation for a New Wave Theory of Matter
   Electron Orbital Quantization

Chapter 5 - Fields and Forces
   Force and Acceleration
   The Gravitational Field of a Subatomic Particle
   The Electrostatic Field of a Subatomic Particle
   The Field Distribution Inside a Subatomic Particle
   The Nuclear Force
   The Magnetic Field
   The Spin of a Subatomic Particle
   Special and General Relativistic Considerations

Chapter 6 - Energy Wave Behavior
   Hertzian and Non-Hertzian Potential Waves
   Gravity Waves
   Flaws in Maxwell's Equations

Chapter 7 - The Cosmological Redshift
   The Expanding Universe Hypothesis
   Interpreting the Redshift with Model G
   History of the Tired-Light Model
   The Angular-Size-Redshift Test
   The Tolman Surface Brightness Test
   The Hubble Diagram Test
   The Galaxy Number-Count-Magnitude Test
   The Supernova Data: Evidence for Time Dilation?
   The Redshift Quantization Effect
   Beyond the Big Bang
   The Reality of Energy Nonconservation

Chapter 8 - Matter Creation
   Parthenogenesis
   Cosmological Evolution
   The Age of the Universe
   A Range Limit to Gravity

Chapter 9 - Genic Energy
   The Photon Amplification Rate
   Predicting the Mass-Luminosity Relation
   M-L Data for Planets and Red Dwarf Stars
   Upper Main Sequence Stars
   Modeled Genic Energy Outputs
   The Pioneer 10 Maser Signal Anomaly
   Stellar Pulsation
   White Dwarfs
   Hyperon X-ray Stars
   Do Black Holes Really Exist
   Novae, Supernovae, and Galactic Core Explosions

Chapter 10 - Stellar Evolution
   Main Sequence Evolution
   The Age Structure of Stellar Populations
   The Formation of Binary Star Systems
   Post Main Sequence Evolution
   The Evolution of Stellar Cores

Chapter 11 - Electrogravitics
   Townsend Brown's Flying Discs
   Report GRG 013/56
   Corporate Interest
   Brown's Paris Experiments
   Recent Experiments

Chapter 12 - Conclusion

Appendices A through D
Notes
Index