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may contain a small amount of mathematics applied in a relatively simple context. More mathematical sections are marked 
. Harder sections are marked 
or 
. The Papers contain formal treatments of the teleconnection, discrete quantum electrodynamics and relational quantum gravity, and detailed descriptions of the empirical tests. Preface Philosophical Foundations Quantum Weirdness Special Relativity Basics of Curvature The Equivalence Principle Miscellaneous Methods Introduction to Vector Space Functions, Operators, and Derivatives Introduction to Tensors Concepts of General Relativity Riemann Curvature Einstein’s Law of Gravitation Large Scale Structure of the Universe Foundations of Quantum Theory Observable Quantities Evolution of Quantum States The Dirac Equation States of Many Particles Particle Interactions The Dirac Field Operator The Photon Field Operator Classical Electromagnetism Feynman Diagrams Scattering Regularisation and Renormalisation Quantum Covariance The Teleconnection in a Friedmann Cosmology The Teleconnection Illusory Velocity Particles Or Fields? A Gravitating Particle The Emergence of Spacetime Structure Supernovae Redshifts and Cosmological Parameters Anomalous Pioneer Blueshift Galaxy Rotation Curves, CDM and MOND The Local Slope of the Rotation Curve Radial Velocity Test Solar Motion Relative to the Metal-poor Halo The Anatomy of Spiral Arms The Velocity Distribution of Local Stars - Under Construction The Milky Way Spiral - Under Construction ptolemyisdeadalreadysogetoveritokay.com - Under Construction
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