Quantum mechanics revisited by Kenophobia

Abstract

This work is a direct continuation of the previously published book: The Cosmos Revisited: Kenophobia (DOI: 10.5281/zenodo.11616892). Since Kenophobia is by nature a unified physical theory, it coherently embraces both macroscopic cosmology and the infinitely small. This new essay constitutes its dedicated quantum volume. Through a rigorously mechanical and fluid-dynamics approach, this volume proposes a complete overhaul of subatomic foundations through the following themes and chapters: The Particle Breviary and Eon 0: The Darwinian genesis of matter from the pristine Plenum and the organization of $e^+/e^-$ pairs. The Vacuum (Plenum) is defined as a network of open and linear standing waves, whereas Matter is this very same network bent and looped at $720^{\circ}$ (Möbius), thereby acquiring its mass. The Mirage of Fundamental Forces: The deconstruction of modern mathematical abstractions in favor of real mechanical pressures and tensions. The strong interaction is reclassified as an external hydraulic vise of the vacuum (estimated at $3.8 \times 10^{34}\text{ Pa}$ calculated at the level of the solar system) acting upon nucleons (gluons do not exist); the weak interaction becomes the mechanical breaking limit of pairs under stress; electromagnetism is analyzed as the three-dimensional acoustic wake of the synchronized rotation of charges. The Nature of Light: A vibratory and wave-based explanation of the Plenum, excluding the concept of an isolated particle. The Atom according to Kenophobia, Fusion, Fission, and Radioactivity: Nuclear stability and instability explained by the geometry of proton and neutron braids. Modeled after Hill's Spherical Vortex, the Proton is described as a Hadronic Citadel composed of 919 looped pairs and one solitary positron (1839 electron masses), while the Neutron totals 920 complete pairs. Their cohesion is governed by a strict geometric interlocking (1-to-1 saturation). It is also here that the "Mass Defect" is demonstrated to be a pure Volume Defect under the vise of the Plenum ($mc^2 = PV$). Remarkable Atoms and Laboratory Experiments: A critical re-evaluation and mechanical validation of the major experimental results in the history of physics through the kenophobic prism, notably the Heidelberg "Three Peaks" image (emergence of chiral pairs), Alain Aspect's quantum entanglement (instantaneous transmission of a stress along a continuous streamline), the optical supercavitation observed at the Technion (Ido Kaminer), and the mechanical resolution of the Proton Radius Puzzle (Paul Scherrer Institute). Major Evolutions and Novelties of this Version 2: Breaking away from contemporary probabilistic formalism, this version deepens the real physical meaning of the fine-structure constant ($\alpha \approx 1/137$), redefined as the precise kinetic ratio forcing the peripheral electron to its relaxation velocity ($0.73\%$ of $c$). It brings to light the Elasto-Hydrodynamics of the Proton, proving that the hadronic citadel lacks a rigid membrane and dynamically adjusts its steric volume to variations in vacuum pressure ($E=PV$), a breathing mechanism recently corroborated by the 500-attosecond delay in quantum tunneling. It also introduces the mechanical process of Over-Looping to explain ephemeral particles such as the Muon, identified as a standard electron transiently "over-twisted" by a relativistic shockwave. Ultimately, this local deficit in vacuum pressure — the structural depletion (délitement) — becomes the single mechanical key unifying universal gravitation and atomic cohesion.