Examples of using Equivalence principle in English and their translations into Chinese
{-}
-
Political
-
Ecclesiastic
-
Programming
Why test the equivalence principle.
Equivalence principle in space test.
That is Einstein's equivalence principle.
Newton's simple force due toacceleration is best described by Einstein's equivalence principle.
Why is the equivalence principle important?
This argument is called the Equivalence principle.
This is the equivalence principle of general relativity.
Would this violate the equivalence principle?
Here he derives the equivalence principle, gravitational redshift, and the gravitational bending of light.
This is already the Einstein Equivalence Principle.
But the equivalence principle- one of the cornerstones of modern physics- is an important part of general relativity.
This postulate is called the weak equivalence principle.
Testing the equivalence principle in space.
Today it is known as the Einstein equivalence principle.
In 1907, Einstein's equivalence principle implied that a free fall within a uniform gravitational field is equivalent to inertial motion.
Einstein dubbed this“the equivalence principle.”.
It's called the equivalence principle, and scientists just showed it holds firm using a distant triple-star system discovered in 2012.
Microsatellite with Drag Control for the Observation of the Equivalence Principle: theory of general relativity.
They have re-formulated the equivalence principle so that it takes into account the way energy may be distributed internally in a quantum object.
This is fantastically accurate, yet the possibility remains that the equivalence principle could fail at some more subtle level.
The consequence is that classical tests of the equivalent principle may find agreement when, in fact,the test violates the equivalence principle.
Below this point, the equivalence principle no longer holds.
For the one remaining method, an earlier experiment had proven the viability of the method andhad found that the equivalence principle held.
Einstein considered the discovery of the equivalence principle as?die gl? ckichste Gedanke? in his life.
Einstein's equivalence principle states that within sufficiently small regions of space-time, it is impossible to distinguish between a uniform acceleration and a uniform gravitational field.
And it offers a new framework for testing the equivalence principle in the quantum realm- we can hardly wait.
A stronger version of the equivalence principle, known as the Einstein equivalence principle or the strong equivalence principle, lies at the heart of the general theory of relativity.
This discovery allowed the team to re-formulate the equivalence principle to account for the superposition of values in a quantum particle.
In addition, all of those models violated the equivalence principle, and Einstein argued that it is impossible to formulate a theory which is both Lorentz-covariant and satisfies the equivalence principle.
But the mathematical statement of the equivalence principle takes no account of the quantum properties of the objects.