What question did this study set out to answer?

The primary aim is to propose a new model that redefines mass and time through the lens of fluid dynamics.

April 26, 2026Open Access

Uniphied Satellite Trajectoreality

Key Points

The primary aim is to propose a new model that redefines mass and time through the lens of fluid dynamics.
Introduced the Neutrino-Fluidum model as a mechanical medium replacing General Relativity's geometry.
Reconceptualized mass as resistance against this fluid field.
Described planetary motion as drifts within a rotating vortex framework.
Showed that mass is tied to atomic structures' resistance in the neutrino field.
Established that time correlates with signal delay due to this resistance.
Demonstrated that planetary orbits are stable drifts, not merely falling through space.

Abstract

Abstract This paper presents part of the UniPhiEd (Unified Physics of Energy and Dynamics) model, a framework that replaces the geometric abstraction of General Relativity with a mechanical, fluid-dynamic medium: the Neutrino-Fluidum. The paper redefines mass not as an inherent property, but as the resistance (impedance) of atomic structures against this field. Consequently, time is redefined as the rate of signal delay caused by this resistance. We demonstrate that planetary orbits are not a result of "falling" through curved space, but are stable "drifts" within a rotating neutrino vortex.

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