The Tempus Praeteriit Framework: A Simple Mechanical Theory for Missing Antimatter and Subatomic Evolution

Why is our universe full of regular matter, while antimatter seems completely missing? Standard physics says the Big Bang should have created equal parts of both, which should have completely wiped each other out. The Tempus Praeteriit Framework provides a simple, mechanical explanation based on shapes, timing, and pressure. Matter survived because it was active, quickly grouping into complex, protected structures like atoms and molecules inside a high-pressure environment. Meanwhile, antimatter remained isolated and scattered like a loose, quiet mist in the low-density quantum vacuum. This paper breaks down the Quark Rifle mechanism, showing how high-speed up quarks strike a primordial neutron baseline to form protons and electrons. We prove mathematically that the electron's mass comes directly from the kinetic energy of this impact through a Quantum Rubber snap. We also provide clear proofs for baryon conservation, the cosmic 75/25 elemental ratio, and how neutrons act as cushions inside atomic nuclei. Finally, we show how an off-center Primordial Birthplace coordinate perfectly explains real-world Cosmic Microwave Background (CMB) observations under the V2 cosmic engine, resolving the CMB Cold Spot mystery.