Hořava's initial formulation was found to have side-effects such as predicting very different results for a spherical Sun compared to a slightly non-spherical Sun, so others have modified the theory. Inconsistencies remain.
Horava Gravity is a theory proposed by theoretical physicist Petr Horava in 2009 as an alternative to Einstein's theory of General Relativity. It aims to provide a quantum theory of gravity by introducing new concepts such as a preferred reference frame and a violation of Lorentz symmetry.
While General Relativity is a classical theory that describes gravity as the curvature of spacetime, Horava Gravity attempts to incorporate quantum effects by introducing a preferred reference frame and breaking Lorentz symmetry at high energies. This leads to modifications in the equations of motion for massive objects and the behavior of gravity at very small scales.
There are ongoing efforts to test the predictions of Horava Gravity, but so far there is no conclusive experimental evidence to support or refute the theory. Some proposed tests include precision measurements of the speed of gravity and the behavior of particles at high energies.
If Horava Gravity is proven to be a valid theory, it could have significant implications for our understanding of the fundamental laws of physics. It would provide a framework for unifying quantum mechanics and gravity, which has been a major challenge in the field of theoretical physics.
The theory is still being actively debated and researched, and there is no consensus among scientists about its validity. Some researchers have raised concerns about the mathematical consistency and physical predictions of Horava Gravity, while others continue to explore its potential implications and applications.