Examples of using Einstein's theory of gravity in English and their translations into Indonesian
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Einstein's theory of gravity could be wrong somewhere.
But the most tantalising thing about Einstein's theory of gravity is we know that it's not complete.
Einstein's theory of gravity was utterly compelling, even before it could be tested.
The idea isbased on modified theories of General Relativity, Einstein's theory of gravity.
Alternatively, Einstein's theory of gravity could be wrong.
But I don't think there is anyscientist who would disagree with its use in the context of Einstein's theory of gravity.
Einstein's theory of gravity, called general relativity, is another example of a field theory. .
Black holes are gravitational pits, trap doors to eternity,predicted by Einstein's theory of gravity, general relativity.
According to Einstein's theory of gravity, general relativity, the presence of matter and energy warps the geometric fabric of space and time.
Following an initial spurt of cosmic inflation from sizezero, these universes steadily expand according to Einstein's theory of gravity and space-time.
Einstein's theory of gravity also played a big part in helping scientists to see that dark energy is able to expand and make more space.
Maybe it was a result of a long-discarded version of Einstein's theory of gravity, one that contained what was called a“cosmological constant.”.
This would be the biggest prize because you could study the structure of space time in the vicinity of the black hole… andit would allow us to test Einstein's theory of gravity.
Maybe there is something wrong with Einstein's theory of gravity and a new theory could include some kindof field that creates this cosmic acceleration.
Very recently a strange system of two exotic stars orbiting each other have slunk into our telescopes andprovided us with the perfect laboratory to confirm Einstein's theory of gravity, and investigate it more deeply.
To account for the acceleration, astronomers had to either rewrite Einstein's theory of gravity or accept that the Universe is filled with a new kind of energy.
By determining the light travel time delay of the returning laser pulse, the experimental team from UC San Diego is able to measure the Earth-Moon distance to millimeter precision andprovide a test of General Relativity, Einstein's theory of gravity.
If you try to combine quantum theory there with Albert Einstein's theory of gravity(which casts gravity as curves in the space-time fabric), paradoxes arise.
At the same time all interpretations in astronomy are based on the correctness of the theory of relatively,but it has been difficult to accurately test Einstein's theory of gravity on scales larger than the solar system.
He showed that blackholes served as cosmic laboratories for sorting out Einstein's theory of gravity with the“quantum” theories of electromagnetic and nuclear forces that has divided physics for decades.
At the same time all interpretations in astronomy are based on the correctness of the theory of relativity,but it has never before been possible to test Einstein's theory of gravity on scales larger than the solar system.
Hawking was 23,the British mathematician Roger Penrose proved that if Einstein's theory of gravity, general relativity, was correct there is a point of infinite density- a singularity- at the center of a black hole.
After six years and 8,000 measurements, astronomers have found that the pulsar andwhite dwarf are both moving in the same way- Einstein's theory of gravity has passed with flying colours once again!
Supermassive black holesare the most extreme objects predicted by Einstein's theory of gravity- where, according to Doeleman,“gravity completely goes haywire and crushes an enormous mass into an incredibly close space.”.
To explain why the expansion of the Universe was speeding up,astronomers had to either rewrite Albert Einstein's theory of gravity or accept that the cosmos was filled with a novel type of energy.
So what cosmologists are working verykeenly on today is a possible extension of Einstein's theory of gravity, one which includes quantum theory, which can give a more accurate description of the apparent beginning of the Universe.
In this view from the Hubble Space Telescope's Advanced Camera for Surveys,Abell 1689 is seen to warp space as predicted by Einstein's theory of gravity- bending light from individual galaxies which lie behind the cluster to produce multiple, curved images.
It also opens the door to allowing astronomers andphysicists to test Einstein's theories of gravity and general relativity under the most extreme conditions in the universe.