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This book explores many of the neglected "what?", "why?", and "how?" questions of quantum and particle physics from the perspective of a particulate ether. I show you ways to visualize the structures and mechanisms of gravity, mass, energy, charge, spin, momentum, forces, wave-particle duality, matter, antimatter, the structures of photons & leptons, and how to understand why energy is conserved, and why phenomena are indeterminate. In Chapter 2, I offer a quantitative defect-pair cluster concept of hadron particles, as a plausible alternative to QCD. Chapter 3 shows how to calculate the mass-deficit of inter-nucleon bonds, while Chapters 4 & 5 show how these paraxial and diagonal bonds produce the complex structures of large, and small nuclei, respectively. Chapter 6 explores particle decay, Chapter 7, particle creation, and Chapter 8, cosmological implications of an ether theory. Finally, in Chapter 9, I discuss my theory's value, limitations, tests, and applications.

You can read the book online by chapter:

• Chapter 1 - Quantum Effects Explained
• Chapter 2 - The Quantitative Aspects of Defect-Pairs
• Chapter 3 - The Defect-Pair Concept of Nuclei
• Chapter 4 - Multiple-Plane Formation in Nuclei
• Chapter 5 - The Structures of Single-Plane Nuclei
• Chapter 6 - Why & How Particles Decay
• Chapter 7- How Energy Creates Particles
• Chapter 8 - Cosmological Implications of an Ether
• Chapter 9 - Assessing, Testing, & Utilizing the Theory
• Chapter 10 - Half-Baked Ideas
• Chapter 11 - Philosophical Ruminations