Philippe PITCHON

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 pressur...

Predictive Anticipations regarding the Nancy Grace Roman Space Telescope

**Abstract:** The Nancy Grace Roman Space Telescope (NASA) is set to map the Universe with unprecedented precision, notably through weak lensing, the distribution of dwarf galaxies, the profiles of cosmic voids and the apparent evolution of dark energy. The scientific community e...

From Relativity to Eon 0 Thermodynamics: The Unification of E=mc^2 and E=PV through Kenophobia

Abstract: For over a century, modern physics has collided with the impossible unification of General Relativity and Quantum Mechanics. This systematic failure is rooted in a dogmatic refusal: the reluctance to consider the spatial vacuum as a material fluid and to accept thermody...

The Elasto-Hydrodynamics of the Proton: Absence of Membrane, Barometric Respiration, and Electronic Valve through the E=PV Law

The Standard Model of particle physics treats the proton either as an immutable rigid structure or as a blurred cloud of mathematical probabilities, running into insoluble contradictions such as the "proton radius puzzle". Drawing upon the Kenophobia paradigm, this paper demonstr...