Примери за използване на Equations of general на Английски и техните преводи на Български
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The equations of General Relativity would break down at the singularity.
This is a particularly simple solution of the field equations of general relativity for an expanding universe.
According to the equations of general relativity, the team should be seeing light fringing against a dark feature.
Such an energy would act like the cosmological constant,a fixed parameter that can be added to the equations of general relativity.
Einstein introduced the cosmological constant to his equations of general relativity because he believed the universe was static.
In fact Hilbert submitted for publication, a week before Einstein completed his work,a paper that contains the correct field equations of general relativity.
There are many possible solutions to the equations of general relativity, and each solution implies a possible ultimate fate of the universe.
Clocks at the top of tall buildings, where gravity is slightly less, run faster than those at the bottom,just as predicted by the equations of general relativity(GR).
There are solutions of the equations of general relativity that would allow one to fall into a black hole and come out of a white hole somewhere else.
In the latter part of his research activities, particularly after the death of Lev Landau,he work on singularities in the cosmological solutions of the equations of general relativity.
Einstein added it into his equations of general relativity to stabilise the universe and ensure it neither expanded nor contracted under its own gravity.
This means that it cannot produce the kind of singularities that cause Einstein's equations of general relativity to break down at the instant of the Big Bang and at the centres of black holes.
Einstein's equations of general relativity that describe the expansion of the universe are so complex mathematically that for a hundred years no solutions accounting for the effect of cosmic structures have been found.
The expansion of the universe,which follows from the equations of general relativity, is confirmed by the observations of a separation of galaxies.
Einstein's equations of general relativity that describe the expansion of the universe are so complex mathematically, that for 100 years no solutions accounting for the effect of cosmic structures have been discovered,” co-author Dr László Dobos.
The expansion of the universe, which follows from the equations of general relativity, is confirmed by the observations of a separation of galaxies.
When we use the equations of general relativity to calculate how fast space should expand, we take into account all of the known forms of matter and energy, including all of the kinds of particles that we have observed at the Large Hadron Collider.
The trouble is, our understanding of space-time, and gravity in particular,is built from Einstein's equations of general relativity, whereas the extreme conditions of the very early universe can only be described by quantum mechanics.
Einstein's equations of general relativity that describe the expansion of the Universe are so complex mathematically that for a hundred years no solutions accounting for the effect of cosmic structures have been found," said László Dobos from Eötvös Loránd University.
To reach their conclusions, the astrophysicists combined the equations of general relativity with an extremely detailed map of the distribution of dark matter in the Milky Way.
Einstein's equations of general relativity that describe the expansion of the universe are so complex mathematically, that for a hundred years no solutions accounting for the effect of cosmic structures have been found,” says Dr László Dobos, co-author of the new paper.
Do you remember when I said the similarities of the equations of general relativity and hydrodynamics suggest you could find the equivalent of Unruh radiation in a large body of water?
The theorem of the Hawking-Penrose shows that of the equations of general relativity it follows that such a point giving the beginning of space and time must have existed.
Einstein discovered the field equations of general relativity, which relate the presence of matter and the curvature of spacetime and are named after him.
Although Karl Schwarzschild had found such objects lurking in the equations of general relativity back in 1915, theoreticians viewed them as mere mathematical anomalies and were reluctant to believe they could actually exist.
Because all of the evidence for dark energy uses the equations of general relativity to interpret our observations of the universe's expansion and evolution, an alternative conclusion is that a new theory of gravity is needed to explain the observations.
In a famous article published in 1918 Einstein indeed obtained solutions of his basic equation of general relativity that represent such gravitational disturbances propagating through space with the veloc- ity of light.
He and Leonhard Euler established the general equations of hydrodynamics.
The algebraic solution of general equations of degree greater than four is always impossible.
Hoffmann, he derived from the equations of the general theory of relativity the equations of motion of a system of bodies in a gravitational field with a higher approximation than that of the Newtonian.