Revolutionizing Our Understanding of Gravity The Flat Power Field Theory

New Insights into Gravitation: The study, authored by SA Orlov from Petrozavodsk State University, Russia, suggests that:

  • Gravitational forces operate in a plane-symmetrical manner rather than a central-symmetric fashion.
  • The theory of vortex gravitation postulates that all celestial bodies and elementary particles are created by etheric vortices (torsions), which influence their movement and interactions.
  • Traditional Newtonian and Einsteinian gravitational models assume gravity acts uniformly in all directions, but this study argues that gravitational forces are strongest within the plane of a cosmic object’s rotational field.

Key Findings:

  • The orbital velocity of ether in each vortex decreases outwardly, leading to an increase in pressure, which in turn pushes matter toward zones of lower pressure.
  • The study utilizes the Navier-Stokes equation to model how ether pressure gradients dictate gravitational forces.
  • Observations of planetary motion, particularly those of Mercury and Pluto, support the proposed model. Calculations show that the Flat Power Field Theory provides more accurate gravitational force predictions than traditional Newtonian mechanics.

Scientific Implications: The findings suggest that:

  • The elliptical trajectories of planetary orbits can be explained through vortex gravity rather than conventional gravitational attraction models.
  • The theory provides a more precise explanation of tidal forces, challenging the idea that lunar and solar gravity solely dictate Earth’s tides.
  • Space travel efficiency could be improved by considering the plane-symmetric nature of gravity, potentially reducing fuel consumption by 26% for lunar missions.

External Scientific Context: The American Physical Society (APS) has emphasized the need for continual reevaluation of fundamental physical laws in light of new experimental and theoretical evidence. This aligns with the necessity to reconsider traditional gravitational models in the wake of the Flat Power Field Theory.

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