Examples of using Massive objects in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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Computer
Light is deflected by massive objects.
Massive objects bend the light, enough so that they can distort the image of the things behind them.
It's better to hide near some massive objects;
It's better to hide near some massive objects; however, make sure that it won't fall to your side.
And that that fabric was bent in the presence of massive objects like the sun.
In it, he determine that massive objects cause a distortion in space-time, which is felt as gravity.
Galaxy clusters are collections of galaxies that orbit one another andare the most massive objects in the universe.
Massive objects distort space and time, so that the usual rules of geometry dont apply anymore.
Einstein's equations showed that gravitationalwaves should be generated by the acceleration of massive objects.
Massive objects- like the Earth, sun or you- create distortions in space-time that cause it to bend.
So-called intermediate-mass black holesfill a gap in astronomer's knowledge of the most massive objects in the universe.
The most massive objects in our galaxy are giant clouds of molecules and dust known as giant molecular clouds.
Light, for example, bends its path when it passes near massive objects like our sun or giant blobs of dark matter.
In reality, according to General Relativity, space actually isn't homogeneous-it curves in the presence of massive objects.
Albert Einstein showed that massive objects in the universe bend and distort light, allowing them to be used as lenses.
Both computer and theoretical models predict that it shouldhave taken much longer for them to evolve into such massive objects.
General relativity predicts that massive objects deform space-time,” says astronomer Thomas Collett from the University of Portsmouth.
As he worked out the equations for his general theory of relativity,Einstein realized that massive objects caused a distortion in space-time.
According to that theory, massive objects bend space-time- an effect we perceive as gravity- and the stronger gravity is, the slower time passes.
But in the last five years, a handful of major discoveries about black holeshave given physicists new insights about what these massive objects look like and how they behave.
They are among the most massive objects in the Solar System outside the Sun and the eight planets, with radii larger than any of the dwarf planets.
That is a problem, Seljak says, because on these small scales, gravitational lensing-in which the path of light bends around massive objects- exactly mimics the twisting polarization pattern that gravitational waves imprint on larger spatial scales.
They are also among the most massive objects in the Solar System with the exception of the Sun and the eight planets, with radii larger than any of the dwarf planets.
But new data from a team of scientists from Liverpool John Moores University directly challenges this idea,suggesting that the growth of some of the most massive objects stopped seven billion years ago when the universe was half its present age.
The strength of the gravitational attraction between two massive objects over the distance between them represents a negative amount of gravitational potential energy in the field which attracts them.
Prior to his pioneering work, scientists had two separate theories to explain physical phenomena:Isaac Newton's laws of physics described the motion of massive objects, while James Clerk Maxwell's electromagnetic models explained the properties of light.
They believe such massive objects exist in such small systems because those dwarf galaxies were once much larger, but collided with other galaxies and had their contents stripped away.
Therefore, as two massive objects move towards each other, the motion accelerates under gravity causing an increase in the(positive) kinetic energy of the system and an increase of the same amount in the(negative) gravitational potential energy.
Because these features would be massive objects that give off no light, some physicists have conjectured that these primordial black holes could account for dark matter, that mysterious material that the vast majority of matter in the cosmos is made of.