Приклади вживання Curvature of space Англійська мовою та їх переклад на Українською
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For example, a striking fact: the curvature of space, as far as we know, totally flat.
Since the curvature of space is affected by the presence of mass, the overall shape of the universe depends upon the average density of matter within it.
A singularity is a point in space where the curvature of spacetime becomes infinite.
Because of the curvature of space interstellar travelers may lose controlof the ship back in the beginning of the flight.
If two flat waves face, then in a certain point emergence of singularity-area in which the curvature of space time becomes infinite is possible for some time.
In some cases, the curvature of space helps astronomers see ultra-distant objects that would not be available for observation from the Earth without a gravitational“increase.”.
According to the theory, in case of collision of two flat waves in a certain point the singularity-area with infinite curvature of space time can appear for some time.
The researchers found that the curvature of space around a spherical object increases the force of attraction.
If you ask General Relativity, the answer is much closer to the latter, because it isn't mass that determines gravitation,but rather the curvature of space, which is determined by the sum of all the matter and energy in it.
Since the curvature of space is so extreme near the event horizon, the dilation, or slowing, of time is very pronounced there compared to regions far from the event horizon.
If you ask General Relativity, the solution is significantly closer to the latter, as it isn't mass that determines gravitation,but instead the curvature of space, which is dependent on the sum of all of the matter and energy within it.
Several prominent motifs- including the geometry and curvature of space, and a deeper understanding of the nature of the universe through pure mathematics- are covered in de Sitter's lecture.
In some cases, the curvature of space helps astronomers to see ultra-distant objects- the first galaxies of the Universe and their quasar nuclei- that would be inaccessible for observation from Earth without a gravitational“magnification”.
Observing the curvature of space around them suggests that the typical mass of supermassive black holes is in the range of one million to several billion solar masses.
By comparing the mass of ESO 325-G004 with the curvature of space around it, the astronomers found that gravity on these astronomical length-scales behaves as predicted by general relativity.
Assume that for each such curvature of space/time, which is perceived by us as a method of time travel will require so much of energy and matter, but does not exist in the Universe.
By looking at the mass of ESO 325-G004 with the curvature of space around it, the cosmologists found that gravity on these galactic length-scales carries on as anticipated by general relativity.
Comparing the mass of ESO 325-G004 with the curvature of space around it, astronomers discovered that gravity at these scales of astronomical distances behaves as predicted by general relativity, which“rules out some alternative theories of gravity”.
Any massive body, according to Einstein, causes around itself a"curvature" of space, that is, makes its geometric properties different than in Euclidean geometry, and any other body moving in such a"curved" space is affected by the first body.
You can see the darkness of space, the curvature of the Earth, the fragile planet below.
The theory predicts that quantum tunneling shouldbe less frequent in regions of greater curvature(regions with a greater density of space quanta).
Computation of curvature of a curve in space.
Modern concepts of the universe provide for the existence of wormholes- unusual curvatures in space and time.
The last formula can be used to calculate the curvature of a curve in Euclidean space of arbitrary dimension.
Virgin Galactic, for example, will charge $250,000 for a two-and-half-hour experience which includes six minutes of weightlessness,and the chance to see the curvature of the Earth from space.
However, recent observations have shown that space and time curvature takes place in outer space, so 30% of dark matter is not enough- it should be at least 70% of the total composition of the Universe.