Conflicting with Quantum Mechanics
Shows how objects warp space thus pulling objects in its own gravity pull.
Many, many physicists started to try and test Einstein's equation. Even though Einsteins theory passed many tests, General Relativity is still not ultimately correct to physicists.
First of, the theory conflicts with quantum. According to relativity, the influence of an event can be felt only if you can see the event, and the influence should be felt only after it has been seen. In quantum mechanics, it can be shown that influence of an event may be felt before a light signal could have reached you from the same event. This is the main problem. In quantum mechanics, you have to specify initial state everywhere and everything in the world effects the evolution of a system. In relativity, only the events within the light cone effect the evolution. General and Quantum Mechanics is inconsistent with singularities.
First of, the theory conflicts with quantum. According to relativity, the influence of an event can be felt only if you can see the event, and the influence should be felt only after it has been seen. In quantum mechanics, it can be shown that influence of an event may be felt before a light signal could have reached you from the same event. This is the main problem. In quantum mechanics, you have to specify initial state everywhere and everything in the world effects the evolution of a system. In relativity, only the events within the light cone effect the evolution. General and Quantum Mechanics is inconsistent with singularities.