Примери за използване на Einstein's equations на Английски и техните преводи на Български
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And that fact comes from Einstein's equations.
He's rejigged Einstein's equations, and he's found that time may not exist at all.
Generating solutions of Einstein's equations.
How did Einstein's equations“know” that the universe was expanding when he did not?
And that fact comes from Einstein's equations.
Likewise, Einstein's equations for general relativity are valid before and after distortion.
This is a genuine solution of Einstein's equations.
You see, Einstein's equations break down at the instant of the big bang and the center of a black hole.
This assumption is consistent with Einstein's equations, but isn't required by them.
The two most interesting places in the universe are beyond our reach using Einstein's equations.
The wormhole is a solution of Einstein's equations… for general relativity.
Albert Einstein's equations allowed for the possibility of traveling from one year to another using a space time tunnel.
It is 100% conversion of matter to energy by Einstein's equations: e=mc^2.[Phasing sounds].
New solutions of the Einstein's equations in terms of elliptic functions within the framework of extended gravitational theories.
Each solution is a well-defined solution to Einstein's equations and the quantum theory.
The solution of Einstein's equations leads both to the determination of the motion of the matter producing the field and to the calculation of the field.
Well, that might be possible too, using something predicted by Einstein's equations known as a wormhole.
While the latter is effectively described by Einstein's equations, the former is predicted with extraordinary accuracy by the so-called Standard Model of fundamental interactions.
Two University of Hawaii at Manoa researchers have identified andcorrected a subtle error that was made when applying Einstein's equations to model the growth….
Even today when we launch our space probes,we don't use Einstein's equations, they only apply when you get near the speed of light or near a black hole.
Two University of Hawaii at Mānoa researchers have identified andcorrected a subtle error that was made when applying Einstein's equations to model the growth of the universe.
But although it satisfies Einstein's equations, the solution G? del found doesn't correspond to the universe we live in because our observations show that our universe is not rotating, at least not noticeably.
Two University of Hawaii at Mānoa researchers have identified andcorrected a subtle error that was made when applying Einstein's equations to model the growth of the universe.
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 first hints of the fact that the laws of physics allow people to travel in the past, appeared in 1949,when the mathematician Kurt Gödel found a new solution to Einstein's equations, and in fact- a new structure of the space-time, which is quite acceptable from the standpoint of general relativity.
If gravity is a little different than Einstein's equations suggest, then it should be different everywhere in the universe- including in this seemingly dark-matter-free galaxy- not just in some places.
Without a cosmological constant, the most symmetric solution of Einstein's equations in the vacuum is the flat, 4D Minkowski space-time of special relativity.
This assumption is allowed within the framework of Einstein's equations due to his own“Principle of Equivalence” of the forces of gravity and acceleration, and it reproduces all the usual gravitational phenomena.
The researchers were able to identify the pattern of a black hole's ringing, and, using Einstein's equations, calculated the mass and spin that the black hole should have, given its ringing pattern.
Talk us through how do you get from Einstein's equation to a black hole?