Quantum mechanics revisited by Kenophobia

**Abstract:** This second volume extends the Kenophobia framework to the microscopic scale. Matter is described as a geometric phase of the Plenum: the electron and positron appear as Möbius ribbons, while the proton is modelled as a stable toroidal vortex selected by the pressure of the medium. The work proposes a mechanical reading of the fundamental interactions, of nuclear shell structure, atomic spectra, radioactivity, fission and fusion. It develops in particular the passage from the nuclear sieve to the genesis of light through “chromatic escape”, as well as an attempt at a causal resolution of the EPR paradox based on the continuity of the fluid medium. Forces are interpreted as hydrodynamic responses to vacuum pressure gradients, rather than as exchanges of virtual particles. The volume also examines possible links with certain laboratory observations (Casimir effect, pair production, Bose-Einstein condensates, entanglement experiments). Taken together, the two volumes suggest a new paradigm: the Universe implements only a single substance subject to the laws of fluid mechanics, from the quantum to the cosmological scale.