What are three major predictions of the general theory of relativity?

Some predictions of general relativity differ significantly from those of classical physics, especially concerning the passage of time, the geometry of space, the motion of bodies in free fall, and the propagation of light.

Why is it so difficult to test the predictions of general relativity?

Why is it so difficult to test the predictions of the theory of general relativity? It is difficult to test because it’s effects on earth and in the solar system – the places where we can most easily perform tests- are very small.

What is wrong with general relativity?

General relativity is wrong. GR is based upon a toy model of spacetime as an abstract Riemannian geometry which does not model nature’s foundation of Euclidean space and time permeated by energy carrying immutable point charges. QGR is rebased into Euclidean space and time.

Is General theory of relativity incomplete?

The answer is yes! General relativity works with differentiable manifolds, but it predicts singularities, which are not differentiable. So GR is incomplete even if we does nor take into account quantum effects. Even at classical level one needs a theory of singularities or a sort of modification without singularities.

What was the final prediction of general relativity?

Newton’s law of gravity could not explain this perihelion shift, but general relativity gave the correct orbit. Another confirmed prediction of general relativity is that time dilates in a gravitational field, meaning that clocks run slower as they approach the mass that is producing the field.

WHO confirmed general relativity?

Einstein
When Einstein finished the full theory of general relativity in 1915, he would rectify this error and predict the correct amount of light deflection by the sun (1.75 seconds of arc). Eddington and Dyson in 1919 and W. W. Campbell in 1922 were able to compare their results to Einstein’s corrected prediction.