equivalence principle

The experiment was thus able to test the equivalence principle.

This form of the equivalence principle can be stated as follows.

It is much more restrictive than the Einstein equivalence principle.

This paper is the first to make the distinction between the strong and weak equivalence principles.

The theory is based on the same Equivalence Principle you have just read about.

The above equation also offers some perspective on forces and the equivalence principle.

The strong equivalence principle requiring both of the above.

However, only the particular weakest and weak equivalence principles are true.

This is the starting point of the equivalence principle, which leads to general relativity.

This is Einstein's first statement of the equivalence principle.

Einstein's starting point was the equivalence principle and this concept is made the subject of Chapter 2.

If not, doesn't this violate the equivalence principle of general relativity?

It will also have a higher gravitational field to go along with its higher mass, by the equivalence principle.

Some have argued that only general relativity satisfies the strong equivalence principle.

He considered his discovery of the equivalence principle "the happiest thought of my life."

Taking the correct assumptions, the resolution is actually a way of restating the equivalence principle.

Assuming that the equivalence principle holds, gravity influences the passage of time.

The most important consequence of this equivalence principle applies to freely falling objects.

Other tests confirmed the equivalence principle and frame dragging.

(B) The equivalence principle is valid only in classical physics.

The origin of the equivalence principle goes back to the experiments of Galileo.

Einstein proposed the equivalence principle in 1907, a full nine years before his publication of general relativity.

At this point the strong equivalence principle supplies a key ingredient to understanding curved space-time.

This is known as the equivalence principle.

These ideas found a key application in Einstein's theory of general relativity and its underlying equivalence principle.