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Section I.- Theoretical Implications of Time-Dependent Double Resonance Neutron Interferometry.- Calculations in the Causal Interpretation of Quantum Mechanics.- Calculation of Amplification Processes Generated by Empty Quantum Waves.- Relative Metrics and Physical Models for Non-local Particles.- A Two-Fluid Vacuum, the Photex, and the Photex-Photon Connection.- Discussion I.- Section II.- Summary of F. De Martini s Paper, Testing of Particle Distinguish-ability with Laser Interference Experiments.- Toward a Causal Interpretation of the Relativistic Quantum Mechanics of a Spinning Particle.- Nonlinear Behaviour of Light at Very Low Intensities: The Photon Clump Model.- Geometry-Dependent Predictions of the Quantum Potential Model for the Anomalous Photoelectric Effect.- EPR-Type Experiments and Enhanced Photon Detection.- Discussion II.- Section III.- Stochastic Optics: Wave-Particle Duality Without Particles.- Neo-Hertzian Electromagnetism.- Effective Photon Hypothesis vs. Quantum Potential Theory: Theoretical Predictions and Experimental Verification.- Compositeness of Photons and Its Implications.- Logical Meanings in Quantum Mechanics for Axioms and for Imaginary and Transfinite Numbers and Exponentials.- The Aharonov-Bohn Effect and the Quantum Interference Phase Shift due to an Electrostatic Field.- Discussion III.- Section IV.- Critical Analysis of the Tests of Local Realism Versus Quantum Mechanics.- Physical Photons: Theory, Experiment and Implications.- The Theoretical Nature of a Photon in a Lattice Vacuum.- Is the Photon Concept Really Necessary?.- Beyond Quantum Mechanics Using the Subvac.- Discussion IV.- Section V.- Does Quantum Electrodynamics Explain the Observed Lamb Shift?.- The Quantum and Rest Frame Vacuum - Absolute Motion with Lorentz Covariance.- The Double Slit Experiment and the Nonergodic Interpretation of Quantum Mechanics.- Einstein s Conception of the Ether and Its Up-To-Date Applications in the Relativistic Wave Mechanics.-
