Astronomy, Gravitational Waves
5 Jan , 2018 by Matt Williams
A team of astronomers from the University of Cambridge recently showed how the Gaia mission could also help in the search for gravitational waves.
Astronomy, Star Formation
2 Jan , 2018 by Matt Williams
A new study by a team of international astronomers has provided the first direct evidence that supermassive black holes affect star formation in their galaxies.
Astronomy, Black Holes
23 Dec , 2017 by Matt Williams
Looking to the center of our galaxy, astronomers noted the presence of a mysterious filament extending from the supermassive black hole located there.
1 Nov , 2017 by Matt Williams
A new method devised by a team of Chinese and US researchers could lead to accurate estimates on the masses of supermassive black holes.
Astronomy, Black Holes, Gravitational Waves
8 Oct , 2017 by Matt Williams
In two new studies by international teams of astrophysicists, a wealth of merging black hole pairs have been discovered, which has serious implications for gravitational wave research.
Astronomy, Black Holes, milky way
5 Sep , 2017 by Matt Williams
A team of researchers from japan have found evidence of another massive black hole near the center of the Milky Way Galaxy
17 Aug , 2017 by Matt Williams
An international team of scientists relied on a new kind of gravitational lensing to conduct a detailed study of a distant supermassive black hole.
Astronomy, Black Holes, Weekly Space Hangout
11 Aug , 2017 by Matt Williams
A team of European astronomers accurately measured the orbit of a star around the supermassive black hole at the center of our Milky way, thus confirming predictions made by Einstein’s theory of General Relativity.
Astronomy, Black Holes, Science
1 Jun , 2017 by Evan Gough
A team of researchers questions the existence of an event horizon around black holes and wonders what it would look like when a star collides with one.
Astronomy, Black Holes, News
2 Mar , 2017 by Matt Williams
A study by a team of scientists at the University of Sheffield suggests that stars being ripped apart due to galactic collisions might be 100 times more common than previously thought.
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