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Astronomers from the University of California, California, discovered that the light of a star gravitating around the vast black hole in the center of the galaxy was new evidence to support the theory of the relativity of the late scientist Albert Einstein.
The researchers recently observed a star called "S0-2", which weighs about 10 times the mbad of the sun, and gravitates around its black hole in an elliptical orbit for 16 years.
The researchers discovered that the behavior of light emanating from the star, which withstands the intense gravity imposed by the black hole, matches the expectations of Einstein's theory.
The study, which relies heavily on data from an observatory in Hawaii, has focused on Einstein's astronomical theory, called the "gravity of the red transition."
Einstein predicted the length of electromagnetic radiation waves, including the movement of light, while "escaping" from the great gravitational effect that can be imposed by excessive force, such as the black hole.
Light particles consume energy to escape gravity, but they always move at the speed of light, which means that a loss of energy occurs by modifying the electromagnetic frequency rather that by slowing down the speed.
This leads to a transformation of the red spectrum of the electromagnetic spectrum, proving Einstein's theory on the "severity of the red transition".
The famous physicist published the theory of relativity in 1915, which became a pillar of science, where he explained the laws of gravity and its relations with the forces of nature.
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