The standard ΛCDM cosmological model relies on the existence of dark matter, dark energy, and a fundamental vacuum to explain the mechanics of the universe. However, the ongoing incompatibility between general relativity and quantum mechanics suggests a fundamental flaw in the assumption of empty space. This paper proposes a paradigm shift: the Fluid-Resonance Torus Model. By redefining the universe as a continuous, 3-dimensional pressurized superfluid, this framework posits that all subatomic and cosmological phenomena are expressions of fluid dynamics and acoustic standing waves. Gravity and orbital mechanics are re-translated as laminar flow and macro-cymatic resonance within a kinetic fluid, while quantum wave-particle duality is resolved through the mechanics of localized acoustic vortices. By applying the physics of scale-invariant harmonic proportions, vector acoustics, and piezoelectric transduction, this model successfully reconciles the macro and micro scales without the need for unobservable spatial dimensions, proposing a fully mechanical, fluid-dynamic universe.
Colt Lien (Sun,) studied this question.
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