Примери за използване на Equivalence principle на Английски и техните преводи на Български
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So the equivalence principle holds.
Is known as the Einstein equivalence principle.
The equivalence principle is upheld.
This is called as equivalence principle.
The Equivalence Principle still stands.
Хората също превеждат
Extending Einstein 's Equivalence Principle.
The equivalence principle is a keystone of the general theory of relativity.
This was called the equivalence principle by Einstein.
The equivalence principle is the main pillar of the general theory of relativity.
So, what's the equivalence principle here?
These two objects are different from each other butif they are pulled by the outer white dwarf in the same manner only then the equivalence principle will come into play.
Where is the equivalence principle in this?
Furthermore, in the case of inertial forces, we see the implication that gravitation will also fall under the conservation mantle of Noether's Theorem,via Einstein's"Equivalence Principle".
This was called the equivalence principle by Einstein.
Einstein's Equivalence Principle requires that any two photons of different frequencies, emitted at the same time from the same source and traveling through the same gravitational fields, should arrive at Earth at exactly the same time.
Cryogenic test of the equivalence principle.
But it's tough to know if the equivalence principle applies in all situations- when the objects involved are incredibly dense or massive, for example.
Tests of the Einstein equivalence principle.
By applying the equivalence principle used in Bible prophecy, that is,«1 day= 1 year»(«each day for a year»), we understand that the 2300 days represent a period of 2300 years.
On Earth, many times researchers have certified the equivalence principle- and even on the moon.
The so-called Einstein equivalence principle immediately comes to mind, prompting one to wonder how free-fall can be equivalent to the absence of gravitational pull.
Massless particles are known to experience the same gravitational acceleration as other particles(which provides empirical evidence for the equivalence principle) because they do have relativistic mass, which is what acts as the gravity charge.
But Einstein's equivalence principle works here, too, and those forces can be interpreted as being caused by gravitating masses distributed at large distances all around the symmetry axis.
Thus far, they have managed to derive Einstein's equations,specifically the equivalence principle- evidence that the dynamics of space-time, as well as its geometry, emerge from entangled qubits.
(The equivalence principle, which was the starting point for the development of general relativity, ended up being a consequence of the general principle of relativity and the principle that inertial motion is geodesic motion).
Researchers have confirmed the equivalence principle many times on Earth- and, famously, on the moon.
The equivalence principle emerged in the late 16th and early 17th centuries, when Galileo showed experimentally that the acceleration of a test mass due to gravitation is independent of the amount of mass being accelerated, thereby refuting Aristotle.
It is readily seen that Einstein's equivalence principle includes and explains its predecessor.
A violation of the equivalence principle would manifest as a distortion in the pulsar's orbit- a difference between the neutron star's path and that of its interior white-dwarf companion.
And GR has(at least to first order) the Einstein Equivalence Principle, which says that acceleration and gravity are the same thing.