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A Hydrodynamic Unification of the Standard Model, Nuclear Physics, and Relativity

A Hydrodynamic Unification of the Standard Model, Nuclear Physics, and Relativity; presents a unified hydrodynamic framework where elementary particles are modeled not as fundamental point masses, but as macroscopic topological solitons (Hopfions) within a zero-viscosity, Bose-Ei...

A Hydrodynamic Unification of the Standard Model, Nuclear Physics, and Relativity

A Hydrodynamic Unification of the Standard Model, Nuclear Physics, and Relativity; presents a unified hydrodynamic framework where elementary particles are modeled not as fundamental point masses, but as macroscopic topological solitons (Hopfions) within a zero-viscosity, Bose-Ei...

A Hydrodynamic Unification of the Standard Model, Nuclear Physics, and Relativity

In the Standard Model, the masses of elementary particles, lepton mixing angles, and the range of the strong nuclear force are treated as fundamental, free parameters. This article eliminates these independent variables by unifying quantum mechanics, nuclear physics, and general...

A Hydrodynamic Unification of the Standard Model, Nuclear Physics, and Relativity

In the Standard Model, the masses of elementary particles, lepton mixing angles, and the range of the strong nuclear force are treated as fundamental, free parameters. This article eliminates these independent variables by unifying quantum mechanics, nuclear physics, and general...

A Hydrodynamic Unification of the Standard Model, Nuclear Physics, and Gravitation

In the Standard Model, the masses of elementary particles, lepton mixing angles, and the range of the strong nuclear force are treated as fundamental, free parameters. This article eliminates these independent variables by unifying quantum mechanics, nuclear physics, and general...