The Buoyancy and the Individuation
Year: 2026
Type: article
Abstract: The Standard Model generates mass through two distinct mechanisms: the Higgs mechanism (Yukawa couplings) and the strong interaction (QCD gluonic binding energy). Standard physics treats this dualism as an empirical fact without a unifying geometric necessity. In this paper, we propose a structural hypothesis derived from the Golden Rule of Structural Rationalism. We trace the origin of this dualism to the primordial phase transition of the early universe. Within the Planck time, the universe was undifferentiated yet instantiated, lacking freed photons and mechanisms for constrained individuation. The breaking of the first electroweak symmetry through the Higgs mechanism allowed the asymmetry between space and time required for ghost-free projection. We then identify the Strong Force as the Scalar Face of the coupling operator, providing the necessary buoyancy for quarks to achieve persistent individuation in the new Higgs field. The Electroweak force is identified as the Tensorial Face, acting as the chiral engine of individuation. We demonstrate that the Weak Force’s violation of CP parity is the thermodynamic relief valve that tunnels unstable particles into stable configurations, preventing the universe from collapsing into a symmetric ghost. Finally, we resolve the metastability of the free neutron by analyzing the composite Interface of the atomic nucleus and the balance of forces in the Valley of Stability.
Authors: Theriault, Eric, DeepSeek A.I.
Language: English
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225089691