Examples of using Equivalence principle in English and their translations into Romanian
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Equivalence principle.
Lifts experiment and equivalence principle.
The Equivalence Principle.
Other lifts experiments and equivalence principle.
Assuming that the equivalence principle holds, gravity influences the passage of time.
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Bullets as in ballistic trajectories defined by the Einstein Equivalence Principle, related to the Lorenz frame?
Using the equivalence principle, this tensor is readily generalized to curved space-time.
Einstein's theory of general relativity is the only theory of gravity that satisfies the strong equivalence principle.
Satellite Test of the Equivalence Principle Galileo Galilei.
PPN can be applied to all gravity metric theories in which all bodies satisfy the Einstein equivalence principle(EEP).
Uniqueness of the free fall(weak equivalence principle): the inertial mass is equal to the gravitational mass;
This gravitational redshift result can be derived from the assumptions of special relativity and the equivalence principle;
The Einstein equivalence principle(EEP), which is also tested for relativistic theories of gravity, has three components.
Gravitational time dilation andfrequency shift===Assuming that the equivalence principle holds, gravity influences the passage of time.
The strong equivalence principle implies that gravity is geometric by nature and does not contain additional associated fields.
Newton's principle of equivalence states that the“mass” of a body is proportional to its“weight”(the weak equivalence principle, WEP).
One possible solution,which violates the equivalence principle, is that a"firewall" destroys incoming particles at the event horizon.
However, at the current level of accuracy, these observations cannot distinguishbetween general relativity and other theories in which the equivalence principle is valid.
Locally, as expressed in the equivalence principle, spacetime is Minkowskian, and the laws of physics exhibit local Lorentz invariance.
In order to resolve the paradox, physicists may eventually be forced to give up oneof three time-tested theories: Einstein's equivalence principle, unitarity, or existing quantum field theory.
The Einstein equivalence principle is part of the hard core of Einstein's research program, since the existence of EEP implies gravity as a phenomenon in“curved spacetime”.
Between 1911 and1915 this idea, initially stated as the equivalence principle, was formally developed into Einstein's theory of general relativity.
By the equivalence principle gravitational stress- energy will always vanish locally at any chosen point in some chosen frame, therefore gravitational stress- energy cannot be expressed as a non-zero tensor; instead we have to use a pseudotensor.
In turn, these experiments led to the modern understanding of the equivalence principle encoded in general relativity, which states that the gravitational and inertial masses are the same.
The Einstein Equivalence Principle(EEP) is stronger and more comprehensive, stating that the WEP is valid, and the results of local non-gravitational experiments are independent of the speeds of the appropriate reference frames and the place and time they are performed.
One way to search for a fifth force is with tests of the strong equivalence principle: this is one of the most powerful tests of Einstein's theory of gravity: general relativity.
According to their own clocks, which appear to them to tick normally, they cross the event horizon after a finite time without noting any singular behaviour; in classical General Relativity, it is impossible todetermine the location of the event horizon from local observations, due to Einstein's equivalence principle.[72][73].
This powerful unification has been dubbed the‘equivalence principle', implying that acceleration and gravity are really two facets of the same force- they are equivalent.
The generalization of this statement, namely that the laws of special relativity hold to good approximation in freely falling( and non-rotating) reference frames,is known as the Einstein equivalence principle, a crucial guiding principle for generalizing special-relativistic physics to include gravity.
One possible solution,which violates the equivalence principle, is that a"firewall" destroys incoming particles at the event horizon.[182] A 2016 analysis of LIGO data shows tentative signs of echoes caused by a fuzzy event horizon; such echoes may be possible in firewall or fuzzball theories but should not occur in classical general relativity.