Microcosmus and Foundations: Prolegomena to a New Quantum Mechanics

The modern physical landscape is often described as a collection of forces acting within a void. Microcosmus and Foundations challenges this view by introducing Tensorial Monism: a paradigm where the Universe is a singular, discrete, and elastic weave known as the Discontinuum. In this framework, space, matter, and fields are not separate entities, but different states of tension and geometry within the same fundamental fabric. This volume provides a rigorous mechanical derivation of physical reality, starting from the Tensorial Equilibrium Center (CET) and the formation of native nodes (Quarks). We replace the probabilistic nature of quantum mechanics with Double-Constraint Engineering, demonstrating that superposition and entanglement are the results of high-speed precession and temporal phase-locking. The work culminates in the mechanical derivation of the Planck constant (h) and the Gravitational constant (G), revealing them as manifestations of the internal elasticity and hydrodynamics of the weave. In its final synthesis, the volume introduces the Proteiform Principle and the Tensorial Integrity Index (I), providing a deterministic explanation for particle decay as a structural failure. By bridging the gap between static geometry and dynamic flux, this work lays the groundwork for a new era of deterministic particle physics. Keywords: Tensorial Monism, Discontinuum, CET, 120° Phase Constraint, Integrity Index (I), Shear Stress, Vacuum Hydrodynamics, h and G Derivation