The gravitational wave suspected by the black hole swallowed the neutron star emitted
American astronomers found solid evidence of a merger between a black hole and neutron star on August 14.
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American astronomers found solid evidence of a merger between a black hole and neutron star on August 14.
The gravitational wave monitoring station (LIGO) publishes the greatest scientific discovery of 2016. That is how people can create gravitational waves.
The groundbreaking discovery of gravitational waves, ripples in space and time predicted by Albert Einstein 100 years ago, published in February this year is not a bless…
The Hubble telescope of the US Aerospace Agency (NASA) is observing a pair of neutron stars in the galaxy NGC 4993, 130 million light-years from Earth.
New gravitational waves were measured by scientists on August 14 after two black holes had masses of 31 and 25 times the mass of the Sun colliding.
Scientists have recorded the sound emitted from the collision of two black holes, the sound would be different from your imagination.
German scientists continue to discover that new gravitational signals stem from the merger of two black holes 3 billion light-years away.
Did scientists discover dark matter, one of the mysteries of the universe?
At the same time the gravitational wave was discovered in September 2015, the Fermi telescope also caught a short signal emitted from the vicinity.
Produced by the greatest disturbances in the universe, they do not interact with matter, so they are not hindered when moving are special points of gravitational waves.
Scientists are buzzing with Albert Einstein's theory of gravitational theory that may have been found, leading to one of the greatest discoveries of all time.
Known in the upcoming LISA mission, scientists will first use the technologies they developed before to observe gravitational waves.
A huge experiment in Pisa, Italy, is being conducted to find the existence of gravitational waves in the theory of relativity proposed by the scientist Albert Einstein.
Scientists hope that a supercomputer created by Syracuse University's physics department could help them know the sound of a black hole in space. The super computer name…
Gravitational waves can become a guiding signal for researchers to discover the moment when the universe formed and many other astronomical phenomena.