Are there flaws with general relativity?

General Relativity Failed to Be Quantized For every physical field theory it should be possible to formulate it as quantum field theory. However, all attempts to find a consistent quantum gauge field theory of general relativity have failed.

Is special relativity incomplete?

And although special relativity predicts many observed phenomena correctly, this theory is also incomplete. And even Einstein himself was aware, from early on, that it was incomplete. For one thing, special relativity can only be applied to objects that are moving at a constant rate of speed.

What are the limitations of Einstein’s theory of relativity?

It cannot decelerate and reverse itself, as would a mass particle. It must be redshifted to extinction. This would violate the equation for gravitational redshift. Some of the earliest applications of general relativity were to models of the universe.

What are the Einstein field equations?

The Einstein Field Equations are ten equations, contained in the tensor equation shown above, which describe gravity as a result of spacetime being curved by mass and energy. is determined by the curvature of space and time at a particular point in space and time, and is equated with the energy and momentum at that point.

How did Einstein contribute to the field of Physics?

During Einstein’s research, the discovery of strong and weak nuclear forces interrupted the search for a unified field theory. Einstein hoped that a deterministic unified theory could emerge, but the rest of the scientific community believed that quantum mechanics must be included from the very beginning of the search process.

What is Einstein’s unified field theory?

Einstein Unified Field Theory Explained. The unified field theory is a term that was initially coined by Albert Einstein. The purpose of the theory is to provide an explanation that ties all phenomena within the universe to matter and energy. Some might call this the Theory of Everything.

What happened to Einstein’s stomach?

In 1955, Einstein’s battle with an abdominal aneurism finally began to wane. While working on his theory, he felt a sharp pain in his stomach. The aorta that was affected by the aneurysm had finally begun to rupture. Einstein refused treatment for the condition.